Panduit PUP6004WH-WLP TX6000™ Cat 6 UTP Plenum Cable, 23 AWG, 1000 ft, White

The Panduit PUP6004WH-WLP delivers Cat 6 performance in a plenum-rated package designed for commercial network infrastructure where air-handling space compliance is non-negotiable. Built on the TX6000™ platform, this 23 AWG solid copper cable features FEP/polyolefin insulation and a cross-divider construction that maintains pair geometry under bend stress and high pull tension. The CMP jacket meets NEC Article 770 requirements for installation above drop ceilings, in HVAC plenums, and in any space used for environmental air circulation. When you're running horizontal drops to IP cameras, access points, or VoIP endpoints across multiple floors in a datacenter or enterprise campus, this cable provides the performance headroom and code compliance integrators need without the material cost penalty of shielded alternatives.

Key Features

• 23 AWG solid copper conductors for reliable termination and consistent DC resistance
• Cat 6 UTP performance to 250 MHz, backward compatible with Cat 5e infrastructure
• CMP plenum-rated jacket (low smoke, flame retardant) for NEC Article 770 compliance
• FEP/polyolefin insulation resists heat and maintains dielectric properties in high-temperature plenums
• Cross-divider construction separates pairs to reduce crosstalk and maintain geometry during installation
• TIA/EIA-568.2-D compliant for structured cabling systems
• White jacket for clean, professional appearance in open-ceiling or exposed installations
• 1000 ft spool length balances pull distance and material waste on typical floor plans
• TX6000™ platform compatibility with Panduit jacks, patch panels, and connectivity hardware
• UL Listed and meets ANSI/TIA performance requirements for horizontal cabling

The conductor construction in the PUP6004WH-WLP addresses two critical installation realities: termination reliability and DC loop resistance. Each of the four pairs uses 23 AWG solid copper conductors, a gauge that balances mechanical strength with punchdown compatibility. Solid conductors maintain consistent contact pressure in 110-style IDC terminations—critical when you're punching down 200+ drops on a floor and can't afford intermittent connections six months later due to conductor creep. The 23 AWG gauge also keeps DC resistance low enough to support 802.3at PoE+ (25.5W) and 802.3bt PoE++ (up to 51W on Type 3) over 100-meter horizontal runs without exceeding the 12.5-ohm channel resistance budget. For IP camera installations pulling 15-20W per endpoint, this means reliable power delivery to PTZ domes and multisensor cameras at maximum distance without voltage drop issues that cause reboots or degraded IR performance at night. The FEP/polyolefin insulation system provides a dielectric constant stable across temperature swings—important in plenum spaces where summer ceiling temperatures can hit 40°C. Unlike PVC insulation that softens and increases capacitance at elevated temps, FEP maintains pair-to-pair isolation and insertion loss characteristics across the full operating range, so your Cat 6 channel doesn't degrade to Cat 5e performance during heat waves.

The CMP plenum rating is the reason this cable costs more than riser or general-purpose variants, and the reason you specify it for above-ceiling runs in commercial buildings. NEC Article 770 Section 770.113 requires cables installed in ducts, plenums, and other spaces used for environmental air to meet stringent flame spread and smoke generation limits—if a fire starts, plenum-rated cable won't turn your HVAC system into a smoke distribution network. The low-smoke, flame-retardant jacket compound in the PUP6004WH-WLP passes UL 910 (Steiner Tunnel Test), limiting flame spread to 5 feet and optical smoke density below 0.5. This isn't just a code checkbox—it's liability protection when an inspector walks the site before occupancy and pulls cables in the ceiling to verify ratings. The white jacket color serves two purposes: it meets the TIA-606-B administration standard for horizontal cabling (white or blue), and it reflects light in dark plenum spaces so you can trace runs during troubleshooting without a flashlight. When you're 8 feet up on a ladder trying to identify which of 40 cables goes to conference room 3B, a white jacket against a black ceiling deck saves time. The TX6000™ jacket is also printed with sequential footage markings every two feet, so you can measure remaining spool length in the field and order the next pull without guessing or pulling the entire spool out of the box.

Installation characteristics matter when you're pulling cable through j-hooks, conduit, or horizontal pathways with multiple 90-degree turns. The PUP6004WH-WLP's cross-divider construction—a thin polyolefin film that separates the four pairs into quadrants—prevents pair deformation when the cable bends around corners or experiences side-load pressure in a crowded pathway. Without a divider, pairs can flatten or shift position under tension, increasing crosstalk (NEXT/FEXT) and failing channel certification even though each individual component is Cat 6 rated. The cross-divider keeps pairs in fixed positions relative to the cable's central axis, so a 90-degree bend at a j-hook doesn't turn your Cat 6 cable into a Cat 5e performer. Maximum pull tension for the PUP6004WH-WLP is 25 lbf (110 N), typical for 23 AWG UTP, and minimum bend radius is 1 inch (4x cable diameter) under load—these specs determine whether you can pull 250 feet through a 1-inch conduit with three 90s without damaging the cable or whether you need to split the run into shorter segments with pull boxes. For horizontal runs in cable tray or j-hook systems, the cable's flexibility allows snaking through existing infrastructure without removing ceiling tiles along the entire path, reducing labor cost and tenant disruption during retrofit installations. Termination is straightforward with any TIA-568-B compatible jack or panel using 110-style IDCs—strip jacket to 1 inch, separate pairs, maintain twist to within 0.5 inch of termination point, and punch down following T568A or T568B wiring schemes.

Application contexts for the PUP6004WH-WLP center on horizontal cabling in commercial buildings where plenum spaces are used for cable routing. Typical deployments include IP surveillance camera runs from IDF closets to ceiling-mount or wall-mount camera locations, VoIP phone drops to office desks and conference rooms, wireless access point uplinks in ceiling-mounted WAP installations, and backbone connections between floors in multi-story buildings where riser-rated cable transitions to plenum-rated cable at each floor's distribution point. For IP camera systems specifically, Cat 6 UTP provides margin over Cat 5e when running PoE+ cameras at 90-100 meter distances—the lower insertion loss at 100 MHz (19.8 dB max for Cat 6 vs 22.0 dB for Cat 5e) improves link budget for power delivery and reduces packet loss on high-bitrate H.265 streams from 4K cameras. The unshielded construction is appropriate for commercial environments with typical EMI levels; if you're pulling cable near high-voltage feeders, motor controllers, or RF equipment, you'd step up to F/UTP shielded variants. The 1000 ft spool length is optimized for horizontal cabling—NEC limits permanent link length to 90 meters (295 ft) plus 10 meters (33 ft) for patch cords, so a 1000 ft spool covers three typical drops with minimal waste, or two long drops with room for rework. When deploying a 64-camera IP surveillance system across a 100,000 sq ft warehouse, you'll go through 15-20 spools of cable; having the TX6000™ platform consistency across cable, jacks, patch panels, and patch cords simplifies BOM management and ensures every component in the channel is tested and warranted together by the same manufacturer.

The cross-divider construction in this cable is a specific answer to a chronic field problem: installers pulling cable through tight pathways and then failing channel certification because pair geometry collapsed under tension. Panduit's TX6000™ cross-divider—thinner than competitors' cruciform designs—adds less than 0.010 inch to cable diameter while preventing pairs from shifting position during pulls, maintaining the 100-ohm nominal impedance and keeping return loss within spec across the entire 1-250 MHz range. This design pays off during LinkWare or DTX testing after installation, when you're certifying 200 channels and can't afford more than a 5% failure rate or you'll blow the project schedule on rework. Combined with the FEP insulation's stable dielectric properties, the cross-divider ensures that a Cat 6 channel spec'd on paper actually delivers Cat 6 performance in production, with enough headroom over minimum requirements that real-world variables—temperature swings, bundled cables, near-end connector tolerances—don't push you out of spec.