Adi Pro Wire CAT5RWH Cat5e Riser Cable Cmr FT4 White

Product Description

The ADI PRO WIRE CAT5RWH is a Category 5e riser-rated ethernet cable designed for structured wiring installations in commercial and residential buildings. Constructed with 24 AWG conductors in a 4-pair configuration, this cable carries a CMR (Communications Multipurpose Cable, Riser) rating, making it suitable for vertical runs between floors without a conduit where building codes permit. The FT4 flame-test rating satisfies Canadian electrical code requirements. Low-voltage installers and data cabling technicians are the primary trades that work with this cable.

This cable is used in horizontal and vertical structured cabling runs for data networks, VoIP systems, and low-voltage communication applications in commercial office buildings, schools, multi-family residential, and light industrial environments. The riser rating qualifies it for use in building risers and plenum-free vertical pathways. It is sold in a 1000-foot pull box for efficient installation pulls on larger jobs.

Key Features

• CMR riser rating approved for vertical in-building cable runs without conduit where code allows
• FT4 flame rating meets Canadian Standards Association requirements
• 24 AWG 4-pair construction supports Cat5e data transmission performance
• White jacket for easy identification in structured wiring environments
• 1000-foot pull box format reduces handling time on large installations

Compatibility

Designed as an OEM-style replacement and standard-stock riser cable compatible with Cat5e patch panels, keystone jacks, and structured cabling systems that accept CMR-rated 24 AWG 4-pair cable.

Installation Notes

Installation should be performed by a licensed low-voltage or data cabling technician in accordance with applicable local building codes and TIA-568 structured cabling standards. Verify that riser-rated cable is permitted by the authority having jurisdiction for the intended pathway before pulling. Do not exceed the cable's minimum bend radius during pulls, and avoid running alongside high-voltage conductors without proper separation per NEC guidelines.