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006ZK4-13122A20

MiniXtend® Cable, CT  A-D(ZN)2Y, 6 fibres, CT, single-mode (E9 G.657.A1)

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General Specifications
Product Number 006ZK4-13122A20
Installation Methods Microduct 
Cable type Central Tube
Environment Outdoor
Product type Dielectric
Fibre category SMF-28® Ultra
Coding according to EN 60794-1-1 (DIN VDE 0888-100-1) A-D(ZN)2Y
Cable geometry Round
Standards
Fibre Standards TIA/EIA-492CAAB,  IEC 60793-2-50 Type B1.3,  ITU-T G.652.D and ITU-T G.657.A1,  ISO/IEC 11801 Ed.2.2 
RoHS Free of hazardous substances according to RoHS 2011/65/EU
Environmental Conditions
Temperature range, installation -5 °C  to  50 °C   
Temperature range, operation -20 °C  to  60 °C   
Temperature range, storage -25 °C  to  60 °C   
Cable Design
Fibre count 6
Outer jacket colour Black
Outer jacket material Polyethylene (PE)
Buffer tube diameter 1.75 mm
Cable marking method Laser printing
Fibre colouring Blue, orange, green, brown, grey, white
Fibres per tube 6 
Mechanical Specifications
Crush resistance 1000 N/10 cm
Crush resistance (reversible), outdoor cable 500 N/10 cm
Max. tensile strength, short-term 80 N
Min. bend radius installation 90 mm
Min. bend radius operation 50 mm
Nominal outer diameter 2.5 mm 
Min. Duct Size Diameter 3.5 mm
Optimal Duct Size 4 mm
Optical Characteristics
Fibre code Z
Performance option code 22
Fibre category OS2 
Fibre Type Single-mode (OS2) / 250 µm
Fibre name Bend-Improved Single-mode (OS2)
Maximum Attenuation 0.34 dB/km / 0.34 dB/km / 0.22 dB/km
Wavelengths 1310 nm / 1383 nm / 1550 nm
Fibre compliance ITU-T G.652.D and ITU-T G.657.A1
Dimensions
Cable Weight 4.5 kg/km
Max. cable length per reel/drum 6000 m
Improved cable and fibre density
Reduced cable diameter for installation in micro ducts with 4mm minimum inner diameter
Fully-dielectric
No grounding required
Optimised for air-assisted install in microducts
Capable of installation distances greater than 2000 m (6560 ft) at speeds up to 150 m/min (490 ft/min)
SMF-28e+®according to ITU-T G.652.D
Transmission security, low attenuation and polarization mode dispersion