Belden Inc. HI4D0060216RJ OM4 6F Fiber Optic Cable Cmr

Product Description

The BELDEN INC. HI4D0060216RJ is an indoor hybrid fiber optic cable combining an OM4 multimode 6-fiber bundle with a 2-conductor 16 AWG copper pair in a single CMR-rated, outdoor-capable jacket. This construction allows data and low-voltage power or control signals to run in one cable pull, reducing labor and conduit fill. The CMR (Communications Riser) rating makes it suitable for vertical runs between floors in commercial buildings. Low-smoke and flame-retardant jacket materials meet riser fire-resistance requirements. Installers in structured cabling, building automation, and security system work are the primary users of this cable type.

This cable is designed for indoor riser installations in commercial and light industrial environments where multimode fiber and copper conductors must share a single pathway. Typical applications include hybrid fiber-to-desk runs, security camera backbones requiring both data and power, and building automation networks where OM4 fiber handles high-bandwidth data and the copper pair carries 24-volt control or low-voltage power. The OM4 fiber specification supports 10 Gigabit Ethernet and higher data rates at standard OM4 reach distances. The CMR jacket classification permits use in riser spaces without conduit where local codes allow.

Key Features

• OM4 multimode 6-fiber bundle supports 10GbE and 40/100GbE short-reach applications
• 2-conductor 16 AWG copper pair integrated for low-voltage power or control signals
• CMR-rated jacket meets UL 1666 riser flame requirements for vertical runs
• Hybrid design reduces conduit fill and simplifies single-pull installation
• Indoor-rated construction suitable for plenum-free riser pathways

Compatibility

Designed as an OEM-style riser-rated hybrid fiber optic cable for commercial indoor structured cabling, building automation, and security backbone installations requiring combined OM4 multimode fiber and copper conductor runs.

Installation Notes

Installation should be performed by a licensed low-voltage or structured cabling technician familiar with TIA-568 and NEC Article 770 fiber optic wiring requirements. De-energize all copper circuits before terminating the conductor pair. Observe the cable minimum bend radius during pulls to avoid microbending losses in the fiber strands. Do not exceed the rated pulling tension for this cable type, and use appropriate lubricant and pulling eyes rated for hybrid cable when running through conduit.