FO Universal wbGGFR Easy Blow / U-DQ(ZN)BH

Fire resistant, optimized for blowing, up to 288 fibres, Euroclass Eca

metal-free, dry interstices, rodent protection,
in accordance with IEC 60332.1 and IEC 60332.3 C

1 ≤ 24 fibres
2 Loose tube
3 Swelling tape
4 Glass armour
5 Ripcord
6 FR/LS0H sheath (black)

Description

Robust, metal-free fibre optic outdoor and indoor cable with stranded loose tubes.
Optimized for blowing through thermoplastic ducts:
Its good greasing characteristics, smooth and strong sheath surface and good internal strength provide for an axial linear motion and reduced friction (in comparison with standard indoor/outdoor cables).
Non-metallic rodent protection.
Flame retardant and fire resistant sheath (black) with very low fire load.
The coloured ripcords are easy to identify and enable the safe opening of the cable sheath.
For blowing through thermoplastic ducts with blowing lengths of up to 2000 m.
In Premises cabling for LAN backbones (Campus and Vertical/Riser cabling) as well as for tunnels.
The cables are available with different types of optical fibre (see fibre data sheets).
Temperature rangestorage: -25 / +70°CIEC 60794-1-2 F1
 during installation: -10 / +50°C 
 in operation: -25 / +60°C 
Tensile performance:IEC 60794-1-21 E1  
Crush resistance:IEC 60794-1-21 E3  
Impact:IEC 60794-1-21 E4  
Repeated bending:IEC 60794-1-21 E6  
Torsion:IEC 60794-1-21 E7  
Bend:IEC 60794-1-21 E11  
Water penetration:IEC 60794-1-2 F5  

UV resistance

EN50289-4-17:2015 (UVA-340)

Reaction to fire (Euroclasses)

EN 13501-6: Eca

Imprint

DATWYLER «cable type» «Datwyler designation» «DIN designation» «no. of fibres» «fibre type» «add. text» «batch no.» «meter marks»

Zero halogen, no corrosive gases

IEC 60754-1/-2, EN 60754-1/-2, VDE 0482-754-1/-2

Flame propagation

IEC 60332-1-2, EN 60332-1-2, VDE 0482-332-1-2

Flame spread

IEC 60332-3-24, EN 60332-3-24, VDE 0482-332-3-24

Smoke density

IEC 61034-1/-2, EN 61034-1/-2, VDE 0482-1034-1/-2

Documentation

ENDENLFRCNESIT
Product Datasheet

Versions

Article No.DoPProductReaction to fire (Euroclasses)Number of fibresLoose TubesSheath colourFibre typeSheath Ø [mm]Weight [kg/km]Bending radius [mm]Tensile load [N]Crush resistance continuous [N]Crush resistance short term [N]Fire load [kWh/m]PU
19060200EZFO Universal Easy Blow 1x12Eca125blackE9/125 G.652.D OS2121131809000 N3000 N5000 N0.627by the metre
19021500EZFO Universal Easy Blow 2x12Eca245blackE9/125 G.652.D OS2121131809000 N3000 N5000 N0.627by the metre
18664500EZFO Universal Easy Blow 2x12Eca245blackG50/125 OM2121131809000 N3000 N5000 N0.627by the metre
19215600EZFO Universal Easy Blow 2x12Eca245blackG50/125 OM3121131809000 N3000 N5000 N0.627by the metre
19069200EZFO Universal Easy Blow 3x12Eca365blackE9/125 G.652.D OS2121161809000 N3000 N5000 N0.627by the metre
18731900EZFO Universal Easy Blow 3x12Eca365blackG50/125 OM2121161809000 N3000 N5000 N0.627by the metre
19021600EZFO Universal Easy Blow 4x12Eca485blackE9/125 G.652.D OS2121131809000 N3000 N5000 N0.627by the metre
19443100EZFO Universal Easy Blow 4x12Eca485blackG50/125 OM3121131809000 N3000 N5000 N0.627by the metre
19021700EZFO Universal Easy Blow 5x12Eca605blackE9/125 G.652.D OS2121131809000 N3000 N5000 N0.627by the metre
19021800EZFO Universal Easy Blow 6x12Eca726blackE9/125 G.652.D OS212.81131959000 N3000 N5000 N0.698by the metre
19021900EZFO Universal Easy Blow 8x12Eca968blackE9/125 G.652.D OS2142072109000 N3000 N5000 N0.925by the metre
19022000EZFO Universal Easy Blow 10x12Eca12010blackE9/125 G.652.D OS215.42072309000 N3000 N5000 N1.151by the metre
19022100EZFO Universal Easy Blow 12x12Eca14412blackE9/125 G.652.D OS216.92502559000 N3000 N5000 N1.367by the metre
19170100EZFO Universal Easy Blow 12x24Eca28812blackE9/125 G.652.D OS218.83572859000 N3000 N5000 N1.435by the metre

Related products

FO Universal ZGGFR / U-DQ(ZN)BH

up to 24 fibres, Euroclass Dca

FO Universal wbGGFR / U-DQ(ZN)BH

up to 144 fibres, Euroclass Eca

FO Universal ZGGFR Easy Blow / U-DQ(ZN)BH

Fire resistant, optimized for blowing, up to 24 fibres, Euroclass Dca

Additional Informations

Whitepaper

The impact of water on fibre optic cable

pdf [223 KB]