HellermannTyton Connectivity Optický kabel 3 mm 2žilový 2 m, Žlutá

HellermannTyton Connectivity Fibre Optic Cable, 2m Cable Length, OS2 Fibre Type - FLCXXS2-SCSCDY-02.0M

This fibre optic cable provides a single‑mode connection for short interconnects within structured networks and industrial environments. Finished in a yellow outer sheath, it contains two OS2 optical cores within a 3mm diameter construction and is supplied at a 2m length. The cable is intended for low‑loss transmission where a single‑mode fibre is required and is suitable for installations that must meet recognised IEC optical interface and safety standards.

Features and Benefits:

• OS2 fibre type delivers low‑loss single‑mode transmission
  Two‑core design enables duplex signal paths in one cable
  3mm core diameter supports robust handling and routing
  2m cable length offers simple point‑to‑point linking
  Rated for -20°C to 60°C continuous operation

Applications

• Suitable for single‑mode patching in data centre racks
  Ideal for duplex links between telecom panels
  Used with IEC 61754 compatible connectors and adaptors
  Can be used for industrial installations with temperature variation
  Appropriate for short‑range fibre jumper requirements

Which standards relate to the optical performance of this cable?

Optical interface and attenuation requirements are covered by IEC 60793‑2‑50 for OS2, with connector interface compatibility referenced in IEC 61754.

How does the sheath respond to fire‑related safety testing?

The outer jacket complies with IEC 60332‑1 flame propagation criteria for single‑cable vertical flame tests.

What temperature range should be expected during continuous operation?

The cable is specified for reliable function between -20°C and 60°C, suited to many controlled indoor and some harsh ambient environments.

Can this cable be used as a patch jumper for low‑loss single‑mode links?

Yes, its OS2 single‑mode construction and two‑core configuration make it suitable as a 2m patch jumper for low‑loss duplex connections.