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

HellermannTyton Connectivity RapidNet Ultra Series Fibre Optic Cable, 15m Cable Length, OM4 Fibre Type - FUAAM4LCLCMZ015M

This fibre optic cable provides high-speed multimode connectivity for short-range network links in controlled environments. It is supplied in a vivid magenta jacket made from Low Smoke Zero Halogen material and is configured as a two-core duplex lead. The cable is designed to operate across a practical temperature range for equipment rooms and comms cupboards, supporting installations where clear identification and reduced-smoke halogen-free construction are required.

Features and Benefits:

• OM4 multimode core supports enhanced bandwidth performance
  2-core duplex design enables simultaneous transmit and receive
  15m length permits flexible rack-to-rack routing
  LSZH jacket reduces toxic emissions during fire incidents
  Operating range from -10°C to 70°C maintains link stability

Applications

• Suitable for data centre inter-rack multimode patching
  Ideal for enterprise backbone horizontal connections
  Used with optical transceivers supporting OM4 multimode
  Can be used for high-density patch panels requiring colour coding

What environmental conditions can it tolerate during operation?

It will function across temperatures from -10°C to 70°C, accommodating typical server room and comms cabinet climates.

How does the jacket material affect safety in enclosed spaces?

The Low Smoke Zero Halogen composition minimises smoke and corrosive gas emissions when exposed to heat, aiding evacuation and equipment protection.

Is this cable suitable for higher-bandwidth multimode applications?

Yes, the OM4 multimode specification is intended for increased modal bandwidth compared with lower-grade multimode fibres, supporting demanding short-range links.

How is bi-directional connectivity achieved with this lead?

The duplex two-core construction provides separate fibres for transmit and receive channels to establish full-duplex optical links.