Optofil Indoor Cable KFR/LS0H HIGHP

 optofil

I-D(ZN)H, non-metallic, dry build-up, non-armoured
LSOH indoor cable
 
pic_1.gif (184 Byte)FR/LSOH sheath pic_2.gif (207 Byte)rip cord pic_3.gif (204 Byte)strain relief made of aramid yarn
pic_4.gif (210 Byte)central tube with water repellent material pic_5.gif (204 Byte)strength member pic_6.gif (202 Byte)2-12 fibres per multi-fibre buffer

Cable type KFR/LSOH 1 HighP KFR/LSOH 2 HighP
max. fibre counts 12 24
max. buffer counts 1 2
nom. diameter [mm] 6.2 9.2
max. weight [kg/km] 34 72
min. bending radius [mm] 93 125
max. tensile load [N] 1000 1000
max. continuous crush resistance [N/cm] 100 100
max. short term crush resistance [N/cm] 300 300
max. fire load [kWh/km] 231 307
 
Type

Optofil-l...x..., KFR/LSOH n HighP
I-D(ZN)H

Applications

Jumper cord for use between main and terminal distributors, suitable for riser applications, may be spliced in the terminal distributor.

Characteristics

Thin, flexible indoor cable with a maximum of 24 fibres; zero-halogen, flame-retardant sheath.

Fire Behaviour

Zero-halogen, flame-retardant   FR/LSOH sheath material, no corrosive conflagration gases
IEC 60332.3 c and IEC 60332.1/HD 405.1/DIN VDE 0472
part 804 B 

 Print

DäTWYLER Optofil, fibre counts,  type of fibres, type of cable, HighP, cable number, meter marks, wavy line, receiver

Optical Properties

The cable is available with various fibre types.
(see data sheets on fibres).


Temperature Range

-10 °C to +60 °C
EN 187000 method 601

 Mechanical Properties
Tensile strength:
EN 187000 method 501

Transverse pressure:
EN 187000 method 504

Lay:
EN 187000 method 505

Repeated bending:
EN 187000 method 507

Torsion:
EN 187000 method 508

Cable bending:
EN method 513
Example for order:
Optofil-I 1 x 12 G50,KFR/LS0H 1HighP
Technical changes without notice