Panduit P110B1004R4WJY 110 Punchdown Kit

Product Description

The PANDUIT P110B1004R4WJY is a 110-style punchdown kit that includes bases, providing a complete solution for structured cabling terminations. This kit is used to terminate twisted-pair copper cable conductors onto 110-style wiring blocks, which are a standard component in voice and data distribution frames. Low-voltage technicians and data cabling installers rely on kits like this to organize and terminate horizontal and backbone cabling runs at patch frames, cross-connect fields, and telecommunications closets. The included bases reduce the need for separate hardware sourcing when building out a new termination block assembly.

This kit is suited for commercial and residential structured wiring installations where 110-style connectivity is specified. Typical applications include telephone cross-connect systems, data patch fields, and LAN infrastructure termination points. The kit is appropriate for new construction and retrofit projects where a 110-block wiring system is being installed or expanded. Low-voltage electricians and network cabling professionals are the primary installers for this type of hardware.

Key Features

• Complete 110-style punchdown kit with bases included for full assembly
• Designed for organized termination of twisted-pair copper conductors
• Compatible with standard 110-block wiring infrastructure
• Sold as a single unit (EA) for straightforward procurement

Compatibility

Designed as an OEM-style replacement and installation component for standard 110-style structured cabling termination systems.

Installation Notes

Installation should be performed by a qualified low-voltage technician or licensed electrician in accordance with applicable TIA-568 structured cabling standards and local codes. De-energize any active circuits in the termination field before beginning work. Use a proper 110-style punch-down tool to seat conductors fully into the IDC contacts. Avoid over-bending cable pairs near the termination point to maintain impedance and signal integrity.