Panduit RGEJ1024PHY 10 AWG 24" Bonding Jumper

Panduit RGEJ1024PHY StructuredGround Equipment Bonding Jumper

The Panduit RGEJ1024PHY is a factory-assembled equipment bonding jumper engineered for telecom and data center grounding systems where code-compliant rack-to-busbar or cabinet-to-grid connections are mandatory. Built around a 10 AWG stranded copper conductor and measuring 24 inches overall, this jumper ships with a 45-degree compression lug on the bar side and a straight lug on the equipment side—pre-filled with 0.16 oz of antioxidant compound and packaged with four screw types to cover the mounting-hole variability you encounter across server racks, cable trays, and telco frames. For integrators managing data-hall builds, co-location deployments, or central-office retrofits where inspector sign-off hinges on bonding-conductor sizing and termination integrity, the RGEJ1024PHY delivers field-ready hardware that eliminates the guesswork around lug orientation, wire gauge, and connection hardware.

Key Features

• 10 AWG stranded copper conductor meets NEC Article 250 sizing tables for typical rack-to-busbar bonding runs
• 24-inch overall length accommodates standard cabinet depths and adjacent-row busbar routing
• 45° compression lug on bar side clears tight stacking; straight lug on equipment side mounts flush to threaded chassis studs or grounding lugs
• Pre-filled with 0.16 oz (5 cc) antioxidant compound at both terminations to prevent galvanic corrosion and maintain low-resistance contact over decades
• Includes two each of #12-24 × 1/2", M6 × 12 mm, #10-32 × 1/2", and M5 × 12 mm thread-forming screws—covers US, European, and Asian equipment thread standards
• Green/yellow insulation jacket provides instant visual identification during inspection and maintenance
• StructuredGround system component integrates with Panduit's complete portfolio of busbars, grounding panels, and inter-rack jumpers

The dual-lug configuration addresses the geometric realities of modern data-center grounding: busbars mounted overhead or along rows often require angled connections to avoid interference with cable tray, while equipment-side terminations demand straight-barrel lugs that sit flush against threaded studs on UPS cabinets, server chassis, or network-equipment frames. Each lug bore ships pre-loaded with Panduit's inhibitor compound—a petroleum-based paste that displaces moisture, coats dissimilar-metal interfaces, and maintains contact resistance below 0.1 milliohms per ANSI/NETA MTS-2019 acceptance criteria. This matters in high-availability environments where transient ground-reference shifts caused by oxidized bonds can inject common-mode noise into 10/25/100G Ethernet links or create floating potentials that damage power supplies during lightning events. The four screw types cover thread pitch and diameter variations across global manufacturers: metric-threaded European networking gear, US-standardtelco frames, and hybrid Asian OEM equipment all mount without field trips for fasteners.

Deployment context centers on NEC Article 250.122 and NFPA 70 grounding-electrode-conductor requirements, which size bonding jumpers based on the upstream overcurrent-protective-device rating. A 10 AWG copper conductor satisfies the table for breakers up to 60 amperes—typical for 208V three-phase rack PDUs and single-cabinet UPS installations—making this jumper the go-to choice for individual equipment bonds in co-location cages, telco cross-connect rooms, and enterprise server closets. The 24-inch length handles floor-to-overhead busbar runs in 42U open-frame racks, cabinet-to-cabinet lateral jumpers in hot-aisle layouts, and rack-to-wall grounding-plate connections in retrofit scenarios where original bonding was omitted or undersized. Integrators stocking the RGEJ1024PHY alongside Panduit's GB2B copper busbar and BNDZ grounding hardware can field-build compliant grounding grids without waiting on custom-length fabrication or jobsite lug crimping—critical when inspection windows compress during phased colo build-outs or emergency generator tie-ins.

The StructuredGround family reflects Panduit's recognition that grounding infrastructure carries the same uptime weight as fiber backbones and power distribution—factory QC on crimp pull-force, antioxidant fill volume, and insulation dielectric strength removes the variability introduced by field terminations under schedule pressure. The pre-applied compound eliminates the step where installers hunt for Noalox tubes or apply inconsistent coverage, and the four included screw types mean your team mounts to Schneider, Eaton, Vertiv, nVent, and Chatsworth racks without stocking a separate fastener kit. For datacenter operators managing TIA-942 Rated-3 or Rated-4 fault-tolerance requirements, where redundant grounding paths and sub-5-ohm earth-electrode resistance are audit line-items, the RGEJ1024PHY provides the documented, UL-recognized component trail that satisfies both building inspectors and enterprise risk-management teams.