Fiber optic connector - REPIC€¢ Fiber optic products and solutions • Engineering services High...

Fiber optic connectorHarsh environment

Edition 2013

Excellence in connectivity solutions

Your partner for system solutions

The HUBER+SUHNER Group is a leading global supplier of components and systems for electrical and optical connectivity.

Our customers in communications, industrial andtransportation markets appreciate that we are specialistswith detailed knowledge of practical applications. We offer technical expertise in radio frequency technology, fiber optics and low frequency under one roof, thus providing a unique basis for continual innovation focused on the needs of our customers all over the world.

i

Market segments 6

Overview connectors for harsh environment 8

Q-ODC®

outdoor connector plug / socket 10

Q-ODC®-12


ODC®-2


ODC®-4


Q-XCO

quick-lock ruggedised SFP connector 24

XCO

ruggedised exchangeable SFP connector 28

FullAXS

ruggedised sealing system 30

EBC

expanded beam connector 32

Cleaning of fiber optic connectors 34

Assembly code 40

Table of content

6 HUBER+SUHNER FO connector harsh environment

Market segments

HUBER+SUHNER is the leading supplier of cables and cable systems for modern railway vehicles and related infrastructure with

• Low frequency products• Radio frequency products• Fiber optic products and solutions• Engineering services

High quality connectivity in

• Airborne defence systemsAvionics, airborne radar and electronic warfare

• Land-based defence systemsRadar and electronic warfare, simulation and training systems, air traffic control radar, ILS

• Naval defence systemsSonar, radar and electronic warfare, underwater warfare system

HUBER+SUHNER offers a wide spectrum of RADOX®

products for the automotive industry

• Wide range of RADOX® cables• Customised cable systems for

High-voltage distributionHigh-voltage connection

Railway

Defense

Automotive

HUBER+SUHNER FO connector harsh environment 7

Market segments

HUBER+SUHNER supplies specific connectivity solutions for applications in

• Solar technology• Wind turbines and wind parks• Conventional power generators

Wind/power energy

Ship Building

Communication equipment

HUBER+SUHNER offers an extensive range of components and systems adapted to the requirements of the shipbuilding industry. These include solutions for:

• Cruise liners and naval vessels• Ferries and yachts• Port installations

HUBER+SUHNER products are used globally in

• Mobile communication systems such as 2G, 2.5G, 3G, LTE (Long-Term Evolution), GSM-R, PMR networks

• Wireless fixed network connections • Wireless LANs (WLANs) • Broadband communication systems


Technical data Q-ODC® Q-ODC®-12 ODC®-2 ODC®-4

Technology full ceramic 1.25 mm ferrule and sleeve

plastic ferrule (PPS) full ceramic 1.25 mm ferrule and sleeve

full ceramic 1.25 mm ferrule and sleeve

Number of fibers 2 ≤ 12 2 4

Protection class IP67 IP68 IP68 IP68

Fiber types singlemode and multimode

singlemode and multimode



Operating temperature 1) –40 °C up to +85 °C –40 °C up to +85 °C –40 °C up to +85 °C –40 °C up to +85 °C

Mating durability 2002) 1002) 10002) 10002)

Mechanical performance tensile load450 N plug≤ 30 N socket

tensile load500 N plug≤ 30 N socket



Protection cap snap-on snap-on screwed screwed1) depending on cable type2) with repeated cleaning3) further cable types are available

Overview connectors for harsh environment

Q-XCO XCO FullAXS EBC

LC with full ceramic1.25 mm ferrule

LC with full ceramic1.25mm ferrules

LC with full ceramic 1.25mm ferrules

hermaphroditicexpanded beam

2 2 2 2 and 4

IP67 IP68 IP65 IP67

singlemode and multimode singlemode and multimode singlemode and multimode singlemode and multimode

–40 °C up to +85 °C –40 °C up to +85 °C –40 °C up to +70 °C –46 °C up to +85 °C

100 500 100 3000

tensile load≤ 450 N plug30 N socket

tensile load≤ 500 N plug30 N socket

tensile load150 N plug30 N socket

tensile load 1500N500 free falls from 1.2 m height

bayonet screwed bayonet screwed



Features• 2 fibers, singlemode or multimode • Compact design with 2 x 1.25 mm ferrules• Built-in socket with square flange• Extension connector for cable chaining• Robust push-pull coupling mechanism – two clearly defined

mating states • Highest outdoor installation safety • Waterproof, dust proof and corrosion resistant • Waterproof protection caps available• EMI protected• RoHs compliant• Fulfills performance standard IEC 61753-1 cat. E

Specifications

Technology full ceramic ferrule and sleeve

Housing material nickel-plated brass

Mating mechanism push-pull with two clearly defined states

Mechanical performance Q-ODC plug ≤ 450 N tensile load

≤ 30 N static side load

Q-ODC socket ≤ 30 N tensile load

Operating temperature 1) IEC 61300-2-22 –40 °C up to +85 °C

Mating durability IEC 61300-2-2 200 cycles 2)

Ingress protection (mated) IEC 60529 IP67

Salt mist IEC 61300-2-26 30 days passed

Vibration IEC 61300-2-1IEC 61373

passed 10 Hz – 500 Hz / 10 gpassed category 1A/B, 2, 3

Shock IEC 61300-2-9IEC 61373

passed 50 gpassed category 1, 2

1) depending on cable type 2) with repeated cleaning

Optical performance

Insertion loss / IEC 61300-3-34singlemode typ. ≤ 0.20 dB 97% ≤ 0.45 dB

multimode typ. ≤ 0.20 dB 97% ≤ 0.50 dB

Return loss singlemode ≥ 50 dB

Q-ODC® outdoor connector plug / socket

Mating / un-mating sequences

Push plug connector slightly into extension connector, rotate to find keying position, push connector to mate.

Mated – connector snaps in and is fully strain relieved.

Pull coupling ring to un-mate.



Type QA, QB, QC: Q-ODC plug

Type QE, QF, QG: Q-ODC extension connector

Type QS, QT, QU: Q-ODC socket – square

Type QI, QJ, QM, QN socket hexagonal Type QS, QT, QU: Q-ODC socket – square

hole pattern

hole pattern


Overview of Q-ODC connector types

Type Connector Dust cap

QA

Q-ODC plug

push-on IP67

QC snap-on IP67

QB snap-on with chain IP67

QE

Q-ODC extension

push-on IP67

QF snap-on IP67

QG snap-on with chain IP67

QS

Q-ODC socket square

push-on IP67

QT snap-on IP67

QU snap-on with chain IP67

QI Q-ODC socket hexagonal, mounted from the rear, simplex cable

snap-on IP67

QJ snap-on with chain IP67

QM Q-ODC socket hexagonal, mounted from the rear, field cable

snap-on IP67

QN snap-on with chain IP67

Q-ODC – push-pull connector for modular cell site installations

Q-ODC is used by a growing number of operators who build a modular and flexible cell site cable infrastructure. The push-pull connectors allows for quick and reliable cable connections, e.g. for top-mast boxes or jumpers. Additional-ly, the interface is designed that it is either mated or unmated – nothing in bet-ween. This makes each installation of cell site infrastructure safe.



Q-ODC®-12 outdoor connector plug / socket

Features• Up to 12 fibers, singlemode or multimode• Compact design with MT ferrules• Built-in socket with square flange/ hexagonal flange• Extension connector for cable chaining• Robust push-pull coupling mechanism – two clearly

defined mating states• Highest outdoor installation safety• Waterproof, dust proof and corrosion resistant• Waterproof protection caps available• RoHs compliant

Specifications

Technology plastic ferrule (PPS)


Mating mechanism push-pull with two clearly defined states

Mechanical performance Q-ODC plug ≤ 500 N tensile load


Q-ODC socket ≤ 30 N static side load

Operating temperature1) IEC 61300-2-22 –40 °C up to +85 °C

Mating durability IEC 61300-2-2 100 cycles2)



Vibration IEC 61300-2-1 passed 10 – 500 Hz / 10 g

Shock IEC 61300-2-9IEC 61373

passed 50 gpassed category 1, 2

1) depending on cable type 2) with repeated cleaning

Optical performance

MTP performance by fiber type/grade

Fiber type/grade Typical IL (dB) Maximum IL (dB)

Multimode 0.35 0.60

Standard singlemode 0.30 0.75

Low-loss singlemode (SM MT Elite) 0.15 0.30

Low-loss multimode (MM MT Elite) 0.15 0.30

Available Q4/2013


Overview of Q-ODC connector types

Connector Dust cap

Q-ODC®12 plug

push-on IP67

snap-on IP68

snap-on with chain IP68

Q-ODC®12 extension

push-on IP67

snap-on IP68


Q-ODC®12 socket square

push-on IP67

snap-on IP68


Q-ODC®12 socket hexagonal, mounted from the rear

push-on IP67

snap-on IP68


Q-ODC®-12 outdoor connector plug / socket


Features• 2 fibers, singlemode or multimode • Compact design with 2 x 1.25 mm ferrules• Built-in socket with square or hexagonal flange• Extension connector for cable chaining• Screwed locking mechanism • Easy and safe installation• Waterproof, dust proof and corrosion resistant• Waterproof protection caps• EMI protected• RoHs compliant• Full compatibility with previous version• Fulfills performance standard IEC 61753-1 Cat. E

Specifications



Mechanical performance ODC-2 plug ≤ 800 N tensile load


ODC-2 socket ≤ 30 N tensile load

Installation torque force min. 1 Nm max. 2 Nm

Operating temperature 1) IEC 61300-2-22 – 40 °C up to + 85 °C

Mating durability 1000 cycles 2)

Ingress protection (mated) IEC 60529 IP 68


Vibration IEC 61300-2-1 passed 10 – 500 Hz / 10g

Shock IEC 61300-2-9 passed 100 g1) depending on cable type 2) with repeated cleaning

Optical performance

Insertion lossIEC 61300-3-34

singlemode typ. ≤ 0.20 dB 97% ≤ 0.45 dB



ODC®-2 outdoor connector plug / socket



Standard type A1, A4: ODC-2 plug

Standard type E1, E3: ODC-2 extension

NON-standard type C6, C8: ODC-2 socket – square large

hole pattern

NON-standard type B8, B9: ODC-2 socket (previous version)

hole pattern


Overview of ODC-2 connector types


A1

ODC-2 plug

screwed cap with chain

A4 screwed cap with pulling feature

E1

ODC-2 extension (socket type)

screwed cap

E3 screwed cap with chain

C1

ODC-2 socket,square small

screwed cap

C3 screwed cap with chain

B3

ODC-2 socket, hexagonal, mounted from rear

screwed cap

B4 screwed cap with chain


Railway Q-ODC - switch

The emergence of new applications onboard trains (CCTV, HD passenger infor-mation displays, in-train mobile coverage ...) is pushing the need for signal band-width every day higher. Yesterday fast ethernet, today gigabit ehternet, tomor-row 10 gigabit ethernet. This opens new opportunities for the fiber otpic technology and leads to the emergence of a new generation of ethernet swit-ches. The environmental requirements of the EN 50155 standard (electronic equipment used on rolling stock) are highly challenging. Beyond its high optical performances, the compliance of Q-ODC to the requirements of the IEC 61373 standard (railway applications - rolling stock equipment - shock and vibration tests) is a strong enabler for new gigabit optical switches to meet the require-ments of the EN 50155. For this reason, Q-ODC is not only widely adopted by switch manufaturers specialised in the railway domain but is also a very compact and adequate solution for optical connections inside railway vehicles.


Specifications



Mechanical performance ODC-4 plug ≤ 800 N tensile load


ODC-4 socket ≤ 30 N tensile load

Installation torque force min. 1 Nm max. 2 Nm

Operating temperature1) IEC 61300-2-22 –40 °C up to + 85 °C

Mating durability 1000 cycles2)



Vibration IEC 61300-2-1 passed 10 – 500 Hz / 10g

Shock IEC 61300-2-9 passed 100 g1) depending on cable type 2) with repeated cleaning

Optical performance

Insertion lossIEC 61300-3-34

singlemode typ. ≤ 0.20 dB 97% ≤ 0.45 dB




Features• 4 fibers, singlemode or multimode • Compact design with 4 x 1.25 mm ferrules• Built-in socket with square or hexagonal flange• Extension connector for cable chaining• Screwed locking mechanism• Easy and safe installation• Waterproof, dust proof and corrosion resistant• Waterproof protection caps• EMI protected• RoHs compliant• Full compatibility with previous version• Fulfills performance standard IEC 61753-1 Cat. E



Type J2, J3: ODC-4 plug

Type E4, E6: ODC-4 extension

Standard type K2, K3: ODC-4 socket – hexagonal

Standard type K6, K7: ODC-4 socket – square small

hole pattern

hole pattern


Overview of ODC-4 connector types


J2

ODC-4 plug

screwed cap with pulling feature

J3 screwed cap with chain

E4

ODC-4 extension (socket type)

screwed cap

E6 screwed cap with chain

K2

ODC-4 socket,hexagonal

screwed cap

K3 screwed cap with chain

K6

ODC-4 socket,square small

screwed cap

K7 screwed cap with chain


HUBER+SUHNER cables are deployed on a global scale

Year by year, HUBER+SUHNER produces tens of thousands of FTTA feeder cables and is a leading global supplier to major system vendors andoperators. Our customers value our quality products which are manufactured on all continents close to the local markets.

HUBER+SUHNER is also an innovation leader for remote radio interfaces and is the owner of globally successful products like ODC, Q-ODC and Q-XCO.



Features• Quick-lock mating connector for remote radio head and

industrial applications• Ruggedised outdoor design with 2 x LC interface• Plugs directly into SFP module, compatible with all standard

SFP modules• Full compensation of positioning tolerances and SFP module

tolerances• Bayonet, blind-mating mechanism and highest installation

safety• Full protection of optical interface during installation• Access and exchange of SFP module possible• RoHs compliant

Mating mechanism

Mating1-step blind mating bayonet

mating references visual and latch

Compensation of positioning tolerances of SFP module z-axis ± 2.25 mm

x, y-axis ± 0.4 mm (± 0.6 mm depending on SFP module)

Latching of LC connector use of LC HQ technology automating latching and unlatching

Mating durability IEC 61300-2-2 100 cycles

Force on SFP module no force in mated state

Specifications

Technology LC full ceramic ferrules

Housing materialconnector high-performance plastic

socket die-casting with zinc plating

Material flammability rating UL 94-V0

Mechanical performance

IEC 61300-2-4 ≤ 400 N tensile load

IEC 61300-2-42 ≤ 30 N static side load

IEC 61300-2-5 180° cable torsion, passed

Thermal performanceoperation, IEC 61300-2-22 –40 °C to +85 °C

installation –40 °C to +55 °C

Ingress protection IEC 60529-20 IP67 (mated or with dust cap)

Salt mist 84108683 85006151

IEC 61300-2-26, MIL-STD-202G Method 101EIEC 61300-2-26

192 h720 h

Vibration IEC 61300-2-1, MIL-STD-202G, Method 204G passed 10 Hz – 500 Hz / 10 g

Shock IEC 61300-3-3, MIL-STD-202G, Method 213B passed 50 g

UV resistance ISO 4982-2 passed 2000 h @ 2000 MJ/m2

Optical performance

Insertion losssinglemode typ. ≤ 0.20 dB 97% ≤ 0.45 dB



Q-XCO - quick-lock ruggedised SFP connector


Q-XCO - quick-lock ruggedised SFP connector

Q-XCO plug

Q-XCO flange small

hole pattern

Q-XCO flange large with asymmetric build-in dimension

Description Picture Dust cap

XA (for assembly code) Q-XCO connector

Item no. 84108683 Q-XCO flange small

Item no. 84108684 Q-XCO flange large

Item no. 85006151 Q-XCO flange smalle-coating

± 0.6 mm

± 2.25 mm


Installation safety for LTE and microwave links

Q-XCO is the most installation safe fiber optic interface on the market. The con-nector is designed for harsh outdoor applications and for installation in challen-ging environments such as high up on radio masts under any atmos-pheric conditi-on. Its "one-hand" blind mating performance in combination with full SFP tolerance compensation makes this connector the best in its class. For that reason, leading system vendors have chosen Q-XCO as the fiber optic interface for LTE remote radios and for state-of-the-art microwave backhaul systems – simply to have better connections.

Mating sequence

Slide connector into flange and rotate 155° until snap-in position

Rotate to find correct keying position

Tolerance compensation

The connector compensates for all tolerances of SFP modules and for mounting tolerances

Exchange of SFP moduleRelease and pull SFP module

Connector mated with visual reference for correct installation

Q-XCO – quick-lock ruggedised SFP connector


SFP cage positioning specification

Exclusion zone for connector mating

Q-XCO – quick-lock ruggedised SFP connector


XCO - ruggedised exchangeable SFP connector

Features• 2 fibers, singlemode or multimode• Standard LC duplex interface• Ruggedized outdoor connector for fiber-to-the-antenna

and industrial applications • Exchange and service of SFP module possible • Easy manual installation – no tool required • High installation safety due to reliable snap-in strain relief

system (patent pending)• Waterproof protection cap with pulling eye• EMI protected• RoHs compliant

Specifications

Technology LC with full ceramic ferrules


Mating mechanism snap-in strain relief system

Mechanical performance ≤ 500 N tensile load≤ 30 N static side load

Operating temperature1) –40 °C up to +85 °C




Vibration IEC 61300-2-1 passed 10 Hz – 500 Hz / 10 g

Shock IEC 61300-2-9 passed 50 g1) depending on cable type

Optical performance

Insertion losssinglemode typ. ≤ 0.20 dB 97% ≤ 0.45 dB



Mating sequence

Remove protection cap and slide back connector housing

Snap connector into flange – full strain relief

Remove LC dust caps and plug LC duplex connectors into SFP module

Screw-on housing to seal connec-tor


XCO - ruggedised exchangeable SFP connector

Type X1: XCO connector plug

Type: XCO build-in flange

Type X1: XCO build-in flange (Ø 36 x 36)

hole pattern

hole pattern

Description Connector Dust cap

X1 XCO connector IP68

Item number84074439 XCO build-in flange (36 x 34.5) IP68

Item number84116399 XCO build-in flange (36 x 36) IP68

Lateral mounting tolerance between SFP module and XCO flange = ± 0.5 mm

Top viewPCB Cage

Front face of housing

Transceiver

recommended 0.2

Positioning dimensions of SFP module


Features• Ruggedised sealing system for fiber-to-the-antenna and

industrial applications• Open bulkhead for easy access to SFP• Positive mechanical feedback to operator when fully mated• Duplex LC interface• Robust bayonet locking for easy, fast, and secure mating• Waterproof (IP65), dust proof and corrosion resistant• Expansion to RJ45 and power possible

Specifications

Mating mechanism bayonet style locking

Housing material high performance plastic

Technology LC with full ceramic ferrules

Mechanical performance tensile load 150 N

static side load 30 N

Operating temperature –40 °C to +70 °C



Vibration IEC 61300-2-1 passed 10 Hz – 500 Hz / 10 g

Performance standards IEC 61753-1 cat. E compliant

Telcordia GR 3120 compliant 1) further cable types are available

Optical performance

Insertion loss singlemode typ. ≤ 0.20 dB 97% ≤ 0.45 dB


Return loss singlemode ≥ 50dB

Item no. Connector Picture Dust cap

Z4 FullAXS plug

84131095 FullAXS build-in flange

.

FullAXS is a registered trademark of TE.

FullAXS – ruggedised sealing system


FullAXS – ruggedised sealing system

Type Z4: FullAXS plug

Type : FullAXS build-in flange

Type Z4: FullAXS plug (with cap)

Type : FullAXS build-in flange (with cap)

Ø 3

0.2

± 0.

1

28.3 ± 0.1


Features• 2 or 4 fibers, singlemode or multimode• Expanded beam system• Screwed locking mechanism• Easy cable chaining possible due to hermaphroditic

connector design• Waterproof and dust proof• Low sensitivity of contamination of optical end faces• Easy cleaning and no maintenance required• Meets requirement of MIL-DTL-83526/20&21

Specifications

Technology hermaphroditic expanded beam system

Mechanical performance1) 1500 N tensile load

Free fall resistance 500 drops from 1.2 m height

Operating temperature1) –46 °C to +85 °C

Storage temperature1) –55 °C to +85 °C

Mating durability min. 3000 cycles

Ingress protection (mated) IP671) depending on cable type

Optical performance

Insertion loss singlemode (1310 nm / 1550 nm) typ. 1.0 dB, max. 2.0 dB

multimode (850 nm / 1300 nm ) typ. 0.8 dB, max. 1.5 dB

Return loss singlemode typ. 30 dB

Hermaphroditic expanded beam connector EBC

EBC plug

EBC bulkhead

hole pattern

Mobile transport systems for EBC assemblies

Plastic drum Metal drums Drums with backpack

Size max. 400 m (Ø 5.6 mm) max. 1300 m (Ø 5.6 mm) max. 700 m (Ø 5.6 mm)

Colour black army green or other colours army green or other colours

Sizes optional other sizes different types and sizes different types and sizes


Ordering information

09Z02FG0–09Z04FG0–

cable type mobile field cable with 2 fibers mobile field cable with 4 fibers

09–50–62–

fiber type singlemode E9/125 μmmultimode G50/125 μmmultimode G62.5/125 μm

P1/P1– connector left side/connector right side

P1 EBC plug/2 channels

P2 EBC plug/4 channels

P5 EBC bulkhead/2 channels

P6 EBC bulkhead/4 channels

XX connector code of other connector typ (usually required for second side of bulkhead)

x– total number of connectors

x length of assembly [m]

xx performance level (left/right)

Q multimodeR singlemode

Please note: Other types of expanded beam connectors are available on request, also such types that meet MIL-DTL-83526/20, MIL-DTL-83526/21, VG 95319-100 and VG 95319-101.

Hermaphroditic expanded beam connector EBC



Cleaning of fiber optic connectors 36

Cleaning of ODC connectors 37

Cleaning of Q-XCO and FullAXS 38

Cleaning of Expanded Beam Connectors 39

Assembly code 40

Cable code definition for assemblies 41

Ordering information from other suppliers 42

Supplier information 42

Table of content

General guidelines

The optical performance (optical insertion loss and return loss) of fiber-optic connectors is easily and adversely affected by conta-mination and scratching of the ferrule surfaces. Particles of dust, smears of grease caused by touching the ferrules, or the residue from cleaning agents, can increase insertion losses and, in extreme cases, can culminate in loss of signal. During an installation it is therefore necessary to ensure that ferrule end surfaces are clean which means

• Stock fiber-optic assemblies only in original packaging

• Do not remove dust caps until immediately before mating

• Connectors should never left lying around without protective caps in place

• Never touch the end surfaces or 'wipe them down' and

• Always work very carefully and cleanliness is essential

LC connectors tend to be much more prone to contamination and scratching than, for example, robust ODC or Q-ODC connec-tors on which the ferrules are protected me-chanically from physical contact.

All quality manufacturers of fiber-optic assemblies conduct a 100% inspection of inser-tion losses and of the cleanliness of ferrule end face in an industrial environment gov-erned by controlled processes. Factory-terminated fiber-optic connectors supplied to the market are cleaned and are ready for direct installation.

Do NOT CLEAN factory terminated connectors before FIRST installation!

A misplaced intention to clean and inspect in the field with uncontrolled processes under usual installation conditions generally gives rise to contamination and to problems in the network. Various statistical investigations and many years of experience within the landline sector confirm this. Experience from many installations shows that contamination problems disappeared overnight when field cleaning work (before first mating) was ceased during installation work.

Disregarding initial installation, field cleaning is however an important process and one that needs to be handled effectively by the installation teams. It can arise that ferrules get dirty during installation work (e.g. through physical contact) and in such cases, clea-ning is urgently advised. During a network service or expansion, in many cases existing fiber-optic connections are disconnected and then get reconnected - here too, cleaning is advisable.

Cleaning of fiber optic connectors

http://www.wireless-infrastructure.com/ms-wi/wi-index.htm


Cleaning of ODC connectors

Q-ODC ODC-2 ODC-4

1.25 mm ferrule 1.25 mm ferrule 1.25 mm ferrule

Cleaning tools for ODC connectors Item no. Picture

IBC cleaner for 1.25 mm ferrules 84108852

Comments

• Same IBC cleaner of all types of ODC connectors • Wet cleaning for ODC connectors not recommended

Dry cleaning of endface

ODC plug cleaning

• Remove the purple guide cap from the device• Extend the tip of the cleaner approx. 1– 2 mm and insert it into the plug

straight forward• Risk of tip breakage

• Push device up to the stop twice. A «click» sound indicates the end of each cleaning cycle

ODC socket cleaning

• Open the guide cap from the device• Insert the guide into the socket over the ferrule • Push the device up to the stop stop twice. A «click» sound indicates the end

of each cleaning cycle

Identification of remaining cleaning yarn• The window indicates if there is still cleaning yarn available. When the

cleaning yarn is used up the indicator is completely red.• Can be used for about 500 cleaning cycles



Q-XCO cleaning

• Open the guide cap from the device and insert the LC ferrule into the guide

• Push the device up to the stop stop twice. A «click» sound indicates the end of each cleaning cycle

FullAXS cleaning

• Open the guide cap from the device and insert the LC ferrule into the guide

• Push the device up to the stop stop twice. A «click» sound indicates the end of each cleaning cycle

Cleaning of Q-XCO and FullAXS

Q-XCO XCO FullAXS

LC with 1.25 mm ferrule LC with 1.25 mm ferrule LC with 1.25 mm ferrule

Cleaning tools for dry cleaning Item no. Picture

IBC cleaner for 1.25 mm ferrules 84108852

Ordering information from other suppliersCleaning tools for EBC connectors Supplier Supplier item no.

Large swab ITW Texwipe TX759BMicroAbsorbantTM

Small swab ITW Texwipe TX770EMicroAbsorbantTM

Isopropyl alcohol diverse -

Electro-wash PX ITW Chemtronics ES810, ES1210

Supplier informationSupplier Contact information

ITW Texwipe Please check the supplier website for the local office at www.texwipe.com

Cleaning of Expanded Beam Connectors

EBC Other types

with lenses e.g. ProBeam Jr.

EBC cleaning

1. Wash connector or front of bulkhead with mounted protective cap with fresh and clean water, if they are covered with excessive dirt.

2. IMPORTANT: Clean insert surfaces and lenses only when they are touched or otherwise contaminated.

3. Remove the protective cap. Turn grip of connector and protective cap in opposite directions, until threads are completely free.

4. Blow away dirt particles from the alignment pin, ball lenses and insert surface with clean dry air.

5. Moisten a large swab with isopropyl alcohol, electro-wash PX or equivalent. Using a back-and-forth or swirling motion, wipe the alignment pin, ball lenses, insert surface and mating surface. Use only light pressure on the ball lenses to avoid scratches.

6. If seal of grip or insert, connector threads, protective cap threads and front surfaces are dirty, then these should also be cleaned with a moistend large swab. Use again isopropyl alcohol, electro-wash PX or equivalent.

7. Moisten a small swab with isopropyl alcohol, electro-wash PX or equivalent. Using a back-and-forth or swirling motion, wipe the alignment pin hole.

8. Blow clean dry air over the lenses until remaining solvent and stray particles are removed.

9. Inspect the ball lenses to make sure any contamination is removed. If necessary, repeat steps 4 to 8 until the surfaces are clean.

10. Re-install the protective cap by turing grip of connector and protective cap in opposite directions and tighten them properly.



Assembly code

Connector code type Performance level

x = upon request A B C D E F M N P

00 no connector

10 FSMA •

20 ST-HQ • •

22 ST-Security • •

24 ST-LEAN •

30 FCPC • • • •

33 FCPC APC wide key • •

34 FCPC APC small key • •

40 LSA • •

43 LSA APC •

45 MU • • •

50 MT-RJ without pins • •

51 MT-RJ with pins • •

70 SC • x • • •

73 SC APC 8° • • x

74 SC APC 9° • • x

77 SC duplex • x • •

Connector code type Performance level

x = upon request A B C D E F M N

78 SC APC duplex • x x

79 SC APC 9° duplex • x x

80 LX.5 • • • •

81 LX.5 duplex • • • •

83 LX.5 APC • • •

84 LX.5 APC duplex • • •

85 LC • x • • •

8P LC push-pull • x • • •

86 LC APC • • x

8Q LC APC push-pull • • x

8R LC duplex push-pull • • • • x • • •

8S LC APC duplex push-pull • • x

90 LSH • • • •

93 LSH APC • • •

97 LSH duplex • • • •

98 LSH APC duplex • • •

Description

cable type

27H01CD0– see cable code definition (see next page)

fiber type

09– singlemode 9/125 μm

LB singlemode 9/125 low bend

LE– singlemode LEAF NZDS-fiber

50– multimode G50/125 μm

53– multimode G50/125 μm OM3

54– multimode G50/125 μm OM3+/OM4

62– multimode G62.5/125 μm

20– multimode H200/230 μm

connector type

20/ connector left side

20– connector right side

total number of connectors

1– 1 connector (pigtail)

4– e.g.: duplex patchcord with 4 simplex connectors

length of assembly

2.5– length in meters (ferrule tip to ferrule tip)

optical performance level1st letter = connector left side2nd letter = connector right side

A A singlemode LAN-eco APC

B B singlemode high-end APC

C C singlemode 0.1 dB APC

D D singlemode high-end UPC

E E singlemode high power (APC/UPC)

F F singlemode 0.1 dB UPC

M M multimode

N N singlemode LAN-ECO UPC

P P singlemode MT

K no connector right side (pigtail)


Cable code definition for assemblies

Description

connector termination relevant diameter

090.9 mm for example, the following diameters are available:0.6/ 0.9/ 1.7/ 1.8/ 1.9/ 2.0/ 2.1/ 2.4/ 2.6/ 2.7/ 3.0 mm

cable jacket material

A no outer jacket (e.g. 0.9 mm tube only)

H LSFH™

T PVC

Y PE

U PUR-FR

Z PUR

X other

cable design

01 simplex, one fiber

D8 duplex figure “8” (for LSFH™ and PVC only)

D0 duplex figure “0”

?? number of fibers for multifiber cable with ≥ 2 fibers

XX other

secondary coating

V V

F F

C CW

D CH

S SW

T SH

X other

jacket / tube colour

A red

B green

C blue

D orange

E yellow

F white

G black

H grey

I brown

K violet (blue-purple)

L pink

M turquoise

T transparent

U nature

X other

fiber coating colour

0 not colored

A red

B green

C blue

D orange

E yellow

F white

G black

H grey

I brown

K violet (blue-purple)

L pink

M turquoise

X other


Additional catalogues

Remote radio installation Item no. 84118113

Best practice guide:How to install remote radio systems

Wireless infrastructureItem no. 84126953

Remote radio installationsolutionsConventional cell site solution

Fiber optic cablesItem no. 84019826

Indoor cablesUniversal cablesOutdoor cablesSpecial cables

Fiber optic cabling systemsItem no. 23029084

Pre-terminated cablingsystemsMASTERLINESMARTLINEMobile cabling system

HUBER+SUHNER is certified according to EN 9100, ISO 9001, ISO 14001, ISO/TS 16949 and IRIS.

WaiverFact and figures herein are for information only and do not represent any warranty of any kind.

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HUBER+SUHNER AG Fiber Optics Division Degersheimerstrasse 149100 HerisauSwitzerland Phone +41 71 353 4111 Fax +41 71 353 4444 hubersuhner.com

Date post:	15-May-2018
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