Belden Inc. C631303030 Cat6 Cmr Pigtail 30 Foot

Product Description

The BELDEN INC. C631303030 is a Cat6 CMR-rated pigtail-style patch cable finished in orange. CMR (Communications Multipurpose Cable, Riser) rating means the cable meets fire-resistance requirements for installation in building riser runs between floors, making it suitable for commercial and institutional structured cabling projects. At 30 feet in length, this cable bridges longer horizontal runs or connects equipment in intermediate distribution frames. Network technicians and low-voltage cabling contractors install this type of cable as part of Cat6 or Cat6-plus patch infrastructure where riser-rated materials are required by code.

This cable fits structured cabling installations in commercial offices, schools, healthcare facilities, and multi-story residential buildings where riser-rated cable is required. It is classified within the Cat6 and Cat6E patch cable product family and is sold as a single unit. The orange jacket aids in color-coded cable management schemes, allowing technicians to visually distinguish cable runs by function, floor, or network segment at a glance.

Key Features

• CMR riser-rated jacket meets fire resistance requirements for vertical building runs
• Cat6-plus performance supports Gigabit and higher-bandwidth network applications
• Orange jacket supports color-coded cable management in structured cabling systems
• 30-foot length suits intermediate distribution frame connections and longer horizontal patch runs
• Pigtail-style termination for flexible field or rack installation

Compatibility

Designed as an OEM-style replacement or standard addition within Cat6 and Cat6E structured cabling patch systems using CMR-rated riser cable infrastructure.

Installation Notes

Low-voltage cabling technicians and network installers handle this cable type. Before routing through riser pathways, confirm local building codes and NEC Article 800 requirements for riser-rated communications cable. Do not exceed the cable's minimum bend radius during routing to avoid degrading signal performance. Avoid bundling with high-voltage power conductors in shared pathways without proper separation as required by code.