OPTICAL FIBRE CABLESdeltalogic.ru.com/katalog pdf/Helkama Bica OPTICAL FIBRE...Min bending radius = during installation/final bending mm 140/100 260/190 Nominal cable [ mm 9,4 13,1

OPTICAL FIBRE CABLES

3/2017

АО «СПЕЦКАБЕЛЬ», т/ф +7(812) 458-59-29, [email protected], www.спецкабель1.рф 3/2017

FIR

E-R

ESIS

TAN

T CA

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S LifeCord-FRHF

Optical fibre cable

Central element, glass fibre, 3,3 mm

PP-slotted core, 8,0 mm

Optical fibres, 250 µm

Swellable and flame-retardant tape

Corrugated steel tape, 0,15 mm

Sheath Polyolefine plastic, halogen-free, UV-protected, standard colour red, other colours on request

Application Indoor cable for building cabling in places where the cable has to maintain its functionality during fire

Main Max pulling force 2500 N EN 187000 method 501characteristics Crush strength / 100 mm (plate) 7000 N EN 187000 method 504

Crush strength / 25 mm (mandrel) 1500 N EN 187000 method 504Impact strength 50 J EN 187000 method 505Min bending radius 270 mm during installation,

200 mm in fixed installationNominal cable [ 13.5 mmCable weight 196 kg/kmMin installation temperature -15 °COperating temperature range -30...+70 °C

Fire properties Fire-resistant IEC 60331-25 -min. 180 min/750 °C Flame-retardant IEC 60332-1-2 -test for single insulated wire

and cableIEC 60332-3-22 -test for bunched wires and

cables, category AHalogen-free IEC 60754 seriesSmoke emission IEC 61034 series

Identification Lot number, cable type, cable size, production month, year,manufacturer’s name and meter marking printed on the sheath

4 Fire-resistant4 Flame-retardant4 Halogen-free4 Low smoke emission

1 x 4 GKL2 x 4 GKL3 x 4 GKL6 x 4 GKL

1 x 4 OM3L2 x 4 OM3L3 x 4 OM3L6 x 4 OM3L

Other types on request

1 x 4 SML + 2 x 4 GKL1 x 6 SML + 3 x 4 GKL2 x 6 SML + 3 x 4 GKL

1 x 6 SML2 x 6 SML4 x 6 SML

Standard fibre count

18


FIRE-R

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BLES

Indoor/outdoor cable

Central element, glass fibre [ mm 1,5 3,3

PP slotted core [ mm 6,0 9,5

Optical fibres [ µm 250 250

Aramid binding yarn

Swellable tape, rip cord

UV-protected and halogen free sheath, colour orange

Nominal thickness of sheath mm 1,5 1,6

Cable characteristics Tensile strength EN 187000 method 501 N 500 1750 Crush strength / 100 mm (plate) EN 187000 method 504 N 4000 4000Crush strength / 25 mm (mandrel) EN 187000 method 504 N 650 1000Impact strength EN 187000 method 505 J 25 30Min bending radius = during installation/final bending mm 140/100 260/190Nominal cable [ mm 9,4 13,1Cable weight kg/km 75 146Min installation temperature °C -15 -15Operating temperature range °C -45...+70 -45...+70Longitudinal water tightness EN 187000 method 605BFire performance Flame retardant/fire retardant IEC 60332-1 , IEC 60332-3A

Halogenity < 5 mg/g IEC 60754-1Acidity of combustion gases pH > 4,3 IEC 60754-2Conductivity of combustion gases < 10μS/mm IEC 60754-2Smoke emission densityLight transmission > 60 % IEC 61034-1 ;2xxxxxxxxxxxx

Identification Lot number, cable type, cable size, production month, year, manufacturer’s name and meter marking printed on the sheath

FXMSU

Max30 fibres

Max48 fibres

FXMSU 1x6 SML FXMSU 1x4 GKL FXMSU 1x4 OM3L FXMSU 1x4 SML + 2x4 GKL FXMSU 1x4 SML + 2x4 OM3L




FXMSU 8x6 GKL FXMSU 8x6 OM3L FXMSU 4x6 SML + 4x6 GKL FXMSU 4x6 SML + 4x6 OM3L

Other types on request.

Standard cable types:

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Indoor/outdoor cable




Aramid binding yarn


UV-protected and halogen free sheath, colour orange or black

Nominal thickness of sheath mm 1,5 1,5

Cable characteristics Tensile strength EN 187000 method 501 N 1150 1750 Crush strength / 100 mm (plate) EN 187000 method 504 N 4000 4000Crush strength / 25 mm (mandrel) EN 187000 method 504 N 1000 1000Impact strength EN 187000 method 505 J 30 30Min bending radius = during installation/final bending mm 220/175 220/175Nominal cable [ mm 12,4 14,4Cable weight kg/km 124 166Min installation temperature °C -15 -15Operating temperature range °C -45...+70 -45...+70Longitudinal water tightness EN 187000 method 605BFire performance Flame retardant/fire retardant IEC 60332-1 , IEC 60332-3A

Halogenity < 5 mg/g IEC 60754-1Acidity of combustion gases pH > 4,3 IEC 60754-2Conductivity of combustion gases < 10μS/mm IEC 60754-2Smoke emission densityLight transmission > 60 % IEC 61034-1 ;2xxxxxxxxxxxx


FXMSU

Max12 fibres

Max24 fibres

FXMSU 2x2 SMT FXMSU 2x2 GKT FXMSU 2x2 OM3T








Halogen free indoor/outdoor cablewith 900 µm tight-buffered fibre

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OP

TICA

L FIBR

E CA

BLES

FXOMU

Non-metallic duct cable




Aramid binding yarn, rip cord

Water blocking by filling compound and waterswellable tape

MDPE sheath nominal thickness mm 1,6 mm 1,6 mm

Cable characteristicsTensile strength EN 187000 method 501 N 1750 1750Crush strength / 100 mm (plate) EN 187000 method 504 N 7000 7000Crush strength / 25 mm (mandrel) EN 187000 method 504 N 1000 1000Impact strength EN 187000 method 505 J 30 30Min bending radius = during installation/final bending mm 240/180 265/200Nominal cable [ mm 11,7 13,2Cable weight kg/km 110 136Min installation temperature °C -15 -15Operating temperature range °C -45...+70 -45...+70


Max36 fibres

Max48 fibres


FXOMU 1x6 SML FXOMU 1x4 GKL FXOMU 1x4 OM3L FXOMU 1x4 SML + 2x4 GKL FXOMU 1x4 SML + 2x4 OM3L




FXOMU 8x6 GKL FXOMU 8x6 OM3L FXOMU 4x6 SML + 4x6 GKL FXOMU 4x6 SML + 4x6 OM3L


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OP

TICA

L FI

BR

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Field

bu

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le 6

0V

Direct burial and duct cable



Optical fibres [ μm 250 250

Aramid binding yarn, rip cord

Water blocking by filling compound, waterswellable tape and corrugated steel tape as mechanical protection mm 0,15 0,15

MDPE sheath nominal thickness mm 1,4 1,4

Cable characteristics:Tensile strength EN 187000 method 501 N 2500 2500Crush strength / 100 mm (plate) EN 187000 method 504 N 7000 7000Crush strength / 25 mm (mandrel) EN 187000 method 504 N 1500 1500Impact strength EN 187000 method 505 J 50 50Min bending radius = during installation/final bending mm 260/200 300/225Nominal cable [ mm 13,1 14,6Cable weight kg/km 175 215Min installation temperature °C -15 -15Operating temperature range °C -45...+70 -45...+70


FXOVDMU

Max36 fibres

Max48 fibres

FXOVDMU 1x6 SML FXOVDMU 1x4 GKL FXOVDMU 1x4 OM3L FXOVDMU 1x4 SML + 2x4 GKL FXOVDMU 1x4 SML + 2x4 OM3L




FXOVDMU 8x6 GKL FXOVDMU 8x6 OM3L FXOVDMU 4x6 SML + 4x6 GKL FXOVDMU 4x6 SML + 4x6 OM3L



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OP

TICA

L FIBR

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FMS

2 mm HF installation cable

Optical fibre SMT 10/125/900 μmGKT 62,5/125/900 μmOM3T 50/125/900 μm

Strength member

Halogen free sheath, nominal thickness 0,30 mm- yellow colour with SMT-fibres- green colour with GKT-fibres

Cable characteristics:Tensile strength 100 N EN 187000 method 501Crush strength / 100 mm (plate) 1250 N EN 187000 method 504Crush strength / 25 mm (mandrel) 100 N EN 187000 method 504Impact strength, R=300 mm 15 J EN 187000 method 505Min bending radius 40 mm during installation

25 mm in final bendingNominal cable [ 1,95 mmCable weight 3,6 kg/kmMin installation temperature -15 °COperating temperature range -45...+70 °CFire performance Flame retardant/fire retardant IEC 60332-1

Halogenity < 5 mg/g IEC 60754-1Acidity of combustion gases pH > 4,3 IEC 60754-2Conductivity of combustion gases < 10μS/mm IEC 60754-2Smoke emission densityLight transmission > 60 % IEC 61034-1;2



FMS 1 SMT (2 mm) FMS 1 GKT (2 mm) FMS 1 OM3T (2 mm)


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2 mm HF installation cable


Strength memberSeparation neckHalogen free sheath nominal thickness 0,30 mm- yellow colour with SMT-fibres- green colour with GKT and OM3T-fibres

Cable characteristics:Tensile strength 200 N EN 187000 method 501Crush strength / 100 mm (plate) 1250 N EN 187000 method 504Crush strength / 25 mm (mandrel) 100 N EN 187000 method 504Impact strength, R=300 mm 15 J EN 187000 method 505Min bending radius 40 mm during installation, 25 mm in final bendingNominal cable [ 1,95 x 4,0 mm mmCable weight 7,2 kg/kmMin installation temperature -15 °COperating temperature range -45...+70 °CFire performance Flame retardant/fire retardant IEC 60332-1



FMS

FMS 2 SMT (2 mm) FMS 2 GKT (2 mm) FMS 2 OM3T (2 mm)



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2 mm duplex installation cable


Strength member

Installation cable FMS 1 (2mm)

Halogen free sheath, nominal thickness 0,30 mm- yellow colour with SMT-fibres- green colour with GKT and OM3T-fibresHalogen free outer sheath, nominal thickness 0,70 mm- yellow colour with SMT-fibres- green colour with GKT and OM3T-fibres

Cable characteristics:Tensile strength 200 N EN 187000 method 501Crush strength / 100 mm (plate) 1500 N EN 187000 method 504Crush strength / 25 mm (mandrel) 150 N EN 187000 method 504Impact strength, R=300 mm 20 J EN 187000 method 505Min bending radius 40 mm during installation

25 mm in final bendingNominal cable [ 3,7 x 5,7 mmCable weight 21 kg/kmMin installation temperature -15 °COperating temperature range -20...+60 °CFire performance Flame retardant/fire retardant IEC 60332-1



FMMS

FMMS 2 SMT (2 mm) FMMS 2 GKT (2 mm) FMMS 2 OM3T (2 mm)



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FXMMS 2 SMT (2 mm) FXMMS 2 GKT (2 mm) FXMMS 2 OM3T (2 mm)






HF-installation cable



Installation cable unit FMS 1 (2 mm)

Aramid binding yarn

Fire barrier tape

Rip cord

Halogen free sheath, nominal thickness mm 1,4 1,5- blue colour with SMT-fibres- green colour with GKT and OM3T-fibres



Max4 fibres

Max8 fibres

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TICA

L FIBR

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FXMMSU

FXMMSU 2 SMT (2 mm) FXMMSU 2 GKT (2 mm) FXMMSU 2 OM3T (2 mm)






HF-installation cable



Installation cable unit FMS 1 (2 mm)

Aramid binding yarn


UV-protected and halogen free sheath, colour orange

Halogen free sheath, nominal thickness mm 1,4 1,5



Max4 fibres

Max8 fibres

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Fibre coating: L = 250 µm ± 10 µm T = 900 µm ± 50 µm

Single mode fibre 10/125 µm SM / OS2 (ITU-T G.652.D)Mode field diameter (MFD) 1310 nm 9,3 +/- 0,5 µmMode field eccentricity ≤ 1,0 µm-Installation cables ≤ 0,5 µmCladding diameter 125 +/- 2 µm- Installation cables 125 +/- 1 µmCladding ellipticity ≤ 2 %Fibre attenuation 1310 nm ≤ 0,40 dB/km

1550 nm ≤ 0,25 dB/kmZero dispersion range 1300...1324 nmDispersion coefficient ≤ 0,093 ps/nm2/km- Dispersion at 1550 nm ≤ 18 ps/nm/kmCut-off wavelength ≤ 1260 nm- Installation cables 1180...1250 nmPolarization mode dispersion ≤ 0,5 ps/√kmProof test 1 % / 1 secFibre identification 6 colour system

according to SFS 5648

Multi mode fibre 50/125 µm OM3Core diameter 50 +/- 3 µmCore ellipticity ≤ 6 %Core eccentricity ≤ 3 µmCladding diameter 125 +/- 2 µmCladding ellipticity ≤ 2 %Fibre attenuation 850 nm ≤ 2,7 dB/km

1300 nm ≤ 0,8 dB/kmBandwidth 850 nm ≥ 1500 MHz x km (LED)

1300 nm ≥ 500 MHz x km (LED)850 nm ≥ 2000 MHz x km (Laser)

Numerical aperture, NA 0,200 +/- 0,015Fibre identification 6 colour system


Multi mode fibre 62,5/125 µm GK / OM1Core diameter 62,5 +/- 3 µmCore ellipticity ≤ 6 %Core eccentricity ≤ 3 µmCladding diameter 125 +/- 2 µmCladding ellipticity ≤ 2 %Fibre attenuation 850 nm ≤ 3,5 dB/km

1300 nm ≤ 1,0 dB/kmBandwidth 850 nm ≥ 200 MHz x km

1300 nm ≥ 500 MHz x kmNumerical aperture, NA 0,275 +/- 0,015Fibre identification 6 colour system


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Insulation material:

The following designations are used for insulation materials in this catalog.

XLPE stands for cross-linked polyethylene compound. It has excellent mechanical and electrical characteristics.

Sheathing material:

The designation SHF1 stands for thermoplastic compound. This material is halogen-free, highly flame-retardant and has low smoke emission.

GENERAL INFORMATIONTest on bunched cables IEC 60332-3

Burning is allowed up to max. 2.5 meters from the burner within a specified time.

Category Amount of Burningburning timematerial

A 7.0 litres/m 40 minB 3.5 litres/m 40 minC 1.5 litres/m 20 min

Definition of terms:

Flame-retardant To be flame-retardant, the cables must withstand the test specified in IEC standard 60332-3 or IEC 60332-1. Flame-retardant cables do not propagate fire and are self-extinguishing.

IEC 60332-3 is the test for bunched wires and cables and has three categories - A, B and C - which are defined by different limits for flammable material and burning times. The burning time is the length of time the burner is directed towards the bunch of cables. For the cables to pass the test, they must extinguish them-selves once the burner has been removed. Burning may not occur more than 2.5 m from the burner as shown in the figure.

All Helkama cables comply with the most severe requirements of category A.

Optical fibre cable network

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IEC 60332-1 is the test for a single insulated wire and cable. The test procedure and require-ments are shown in the following diagram.

A min. 50 mm of the cable, mea-sured from the upper support, must remain unburned after the specified time.

Fire-resistantTo be classified as fire-resistant, the cables must withstand the test specified in standard IEC 60331-21. The cables must operate for a minimum of 90 minutes while the burner is direct-ed towards them as shown beside. Helkama fire-resistant cables are also flame-retardant.

Halogen-freeHalogen-free refers to the absence of halogens, such as chlorine and fluorine, and is determined on the basis of the halogen content and the acidity of cable´s gases.

IEC 60754-1 determines the halogen content of the material. To meet the halogen-free require-ments, the halogen content of the material may not exceed 0.5% or 5 mg/g.

IEC 60754-2 determines the degree of acidity of gases evolved during combustion. The limit values are 4.3 for pH and 10 mikroS for conductivity.

27m3 cube smoke chamberRequirements: 60% light transmittance

Smoke emissionSmoke emission refers to visibility in a fire. The greater the light transmittance, the better the visibility. When tested in accordance with IEC 61034-1 (test method) and IEC 61034-2 (test requirements) the smoke emission of a cable during a fire must not exceed the following values.

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Documents

OPTICAL FIBRE CABLESdeltalogic.ru.com/katalog pdf/Helkama Bica OPTICAL FIBRE...Min bending radius = during installation/final bending mm 140/100 260/190 Nominal cable [ mm 9,4 13,1