HellermannTyton Connectivity OM4 Cable Fibre Optic Cable Low Smoke Zero Halogen, Magenta, 5 m

HellermannTyton Connectivity RapidNet Fibre Series Fibre Optic Cable, 5m Cable Length, 24 Cores - FLS24M4-MFMF3M-05.0M

This fibre optic cable is a multimode OM4 link designed for high-capacity networking and structured-cabling environments. It provides a compact optical connection with a coloured outer jacket to aid identification in dense installations, and is intended for use where reduced-hazard materials are required and a broad operating temperature range is needed.

Features and Benefits:

• OM4 multimode fibre for increased bandwidth and distance
  24-core construction enabling high-density port consolidation
  Low Smoke Zero Halogen jacket reduces toxic emission risk
  Magenta outer sheath for rapid circuit identification
  5m length for short-reach inter-rack connections
  Operating range from -10°C to +70°C for varied sites

Applications

• Suitable for short-range data-centre trunking
  Ideal for high-density patch-panel connections
  Used with multimode transceivers in enterprise networks
  Can be used for optical backbone within comms rooms
  Suitable for installations requiring low-smoke materials

What environmental limits should be observed during installation?

The cable is rated to operate between -10°C and +70°C, so installation and service activities should remain within that temperature window to maintain specified performance.

How does the jacket material affect routing in enclosed spaces?

The Low Smoke Zero Halogen construction limits hazardous by-products in confined areas, making it suitable for routing in corridors and plant rooms where reduced-emission materials are specified.

What does the fibre type mean for multimode link design?

OM4 classification indicates a higher modal bandwidth compared with lower-grade multimode fibres, allowing longer reach or higher data rates for short-reach multimode transceiver systems.

How does the cable colour help in large installations?

The magenta jacket provides a visually distinct identifier to segregate specific networks or service types within dense cable assemblies, simplifying fault-finding and rework.