HellermannTyton Connectivity OM4 Cable Fibre Optic Cable Low Smoke Zero Halogen, Magenta, 15 m

HellermannTyton Connectivity RapidNet Fibre Series Fibre Optic Cable, 15m Cable Length, 24 Cores - FLW24M4-MFMF3M-15.0M

This fibre optic cable provides high-bandwidth multimode connectivity for short-range network links in controlled environments. It combines a 24-fibre OM4 multimode core with a coloured outer sheath for easy identification, while the cable construction is intended for installations where low smoke and reduced toxic emissions are required. Operating within a wide temperature band, it suits typical indoor networking and data centre cabling where enhanced attenuation and modal performance are needed.

Features and Benefits:

• OM4 multimode fibres deliver improved bandwidth for high-density links
  24 cores enable consolidated multi-channel connections
  15m length reduces need for additional patching equipment
  Low smoke zero halogen jacket limits hazardous emissions
  Magenta outer sheath provides clear visual circuit identification
  Rated to B2ca for enhanced reaction-to-fire performance

Applications

• Suitable for high-density data centre trunking
  Used for campus backbone inter-rack links
  Ideal for multimode switch-to-switch connections
  Can be used for fibre-based storage area networks
  Used with patch panels requiring colour-coded cables

What temperature range can the cable tolerate during operation?

It operates reliably from -10°C up to +70°C, covering typical indoor and equipment-room conditions.

How does the sheath material affect installation safety?

The low smoke zero halogen construction minimises toxic gas and dense smoke production if exposed to fire, improving occupant safety during evacuations.

Is the cable suitable for high-density environments?

The 24-fibre configuration supports compact routing and port-efficient deployments in crowded racks and cabinets.

How does the jacket colour assist technicians in the field?

The magenta colour provides rapid visual identification of specific fibre runs, simplifying fault-finding and route management.