Superior Essex L4072K401 72-fiber Multimode Riser Cable

Product Description

The SUPERIOR ESSEX L4072K401 is a 72-fiber multimode riser-rated distribution fiber optic cable designed for structured cabling installations in commercial and multi-story buildings. This cable carries multiple fiber strands in a tight, organized distribution format, supporting high-bandwidth data transmission between floors and equipment rooms. It meets riser (OFNR) flame spread requirements, making it code-appropriate for vertical runs through building risers and conduit pathways. Licensed low-voltage and datacom contractors install this cable as part of backbone or horizontal distribution systems where multimode fiber is specified.

This cable is suited for indoor riser applications in commercial office buildings, data centers, campus distribution systems, and institutional facilities. The 72-fiber count supports large-scale structured cabling deployments where high fiber density is needed across a single run. Typical installation scenarios include main cross-connect to intermediate cross-connect runs, equipment room to telecommunications room backbone links, and high-density patch panel termination systems.

Key Features

• 72-fiber count supports high-density distribution cabling in a single cable run
• Multimode fiber design supports standard multimode transceivers and patch panels
• Riser-rated construction meets OFNR flame spread requirements for vertical building runs
• Distribution-style design allows direct termination with distribution-style connectors
• Sold as individual unit (each) for precise quantity ordering on project-based work

Compatibility

Designed as an OEM-style replacement and standard-fit option for indoor riser multimode fiber distribution cabling applications requiring a 72-fiber count cable.

Installation Notes

Installation should be performed by a licensed low-voltage or datacom contractor familiar with TIA-568 structured cabling standards and local building codes. De-energize and lock out all active equipment in the pathway before pulling cable. Observe the manufacturer minimum bend radius and maximum tensile load ratings during pulling to avoid fiber stress or damage. Fibers must be properly terminated and tested with an OTDR or light source and power meter before the link is placed in service.