U-DQ(BN)(SR)H Loose cable,4-24 fibers, 9/125 - OS2, metallic armour, LSZH jacket, indoor/outdoor use

SKU: 2008380-81-82-83
 
 

Loose fiber optic cable with corrugated steel tube metallic armour, LSZH (Low Smoke Zero Halogen) outer jacket, 250μm fiber primary coating, longitudinal and transverse waterpenetration resistant. The corrugated steel tube armour offers a high mechanical protection against rodents and compressive stresses. Optical fibers are kept together inside a thermoplastic tube and filled with water-blocking gel to prevent moisture penetration.

 

Applications and performance

Cable suitable for the realization of cabling systems for indoor and outdoor use according to EN 50173, ISO / IEC 11801 norms. Depending on the type of fiber and on the length of the link, they are suitable for the realization of transmission channels up to and exceeding 10GbE. Ideal for laying in pipes or ducts for the realization of backbones connecting cabinets of the same building or located in different buildings.

 

Certifications and approvals

Data transmission FO cables according to IEC 60793 and IEC 60794-1-2.

 

Fire behaviour

CPR regulation : Euroclass Eca  

 

Construction characteristics

Cable core

Fibers immersed in gel filled loose tube

Protection filler

Water-blocking glass yarns

Material/outer jacket colour

LSZH/see colour chart

Armour

Corrugated steel tube

Weight

From 75 to 100 kg

Outer diameter

From 7,9 to 8,5 mm

 

 

 

Fibers

9/125 OS2

4

2008380

8

2008381

12

2008382

24

2008383

 

Outer jacket colour chart

fibers colour chart

 

 

  
 
 
 

Support & Service

Technical literature, specialist consultancy, pre-and post-sale support satisfy every commercial and technical request

Read more »

Brochures & Catalogues

Check our product catalogues and thematic brochures. A wide range of products with detailed technical information...

Read more »

Partners program

CCS offers to its selected distributors the advantage of promoting a new, qualitative high  and competitive brand


Read more »