Hellermanntyton RJ45FC5E-I Cat5e RJ45 Jack Ivory

Product Description

The HELLERMANNTYTON RJ45FC5E-I is a Category 5e RJ45 keystone jack insert designed for structured cabling installations in commercial and residential environments. This modular connector insert terminates 8-position 8-conductor (8P8C) horizontal cable runs to a standard keystone interface, allowing network drops to be completed cleanly within wall plates, patch panels, and surface-mount boxes. The ivory finish blends with standard-color wall plates commonly found in office and light commercial builds. Installation is performed by low-voltage data cabling technicians as part of a complete structured wiring system.

This jack insert is suited for Cat5e horizontal cabling deployments in office buildings, schools, healthcare facilities, and residential structured wiring projects. It fits into standard keystone-format wall plates, surface-mount enclosures, and patch panel blanks. The ivory color coordinates with white or off-white decor schemes. Each unit is sold individually, making it practical for small repairs or large-volume pulls alike.

Key Features

• Category 5e rated for network data transmission applications
• RJ45 8P8C keystone jack format for standard wall plate and patch panel compatibility
• Ivory finish for coordination with common wall plate color schemes
• Keystone insert form factor fits industry-standard mounting cutouts
• Sold as a single unit (each)

Compatibility

Designed as an OEM-style replacement and field-installation insert for standard keystone-format wall plates, patch panels, and surface-mount boxes accepting Cat5e RJ45 keystone jacks.

Installation Notes

Low-voltage data cabling technicians typically install this jack as part of a structured wiring system. De-energize any adjacent powered equipment and follow TIA-568 termination standards when punching down conductors. Use a 110-style punch-down tool for proper conductor seating. Avoid over-untwisting cable pairs beyond what is necessary to reach the termination point, as this can degrade Cat5e performance margins.