Panduit IFRH5C04BL-UG-S IndustrialNet™ Category 5e F/UTP Cable
Panduit's IFRH5C04BL-UG-S delivers Category 5e performance engineered for the factory floor, not the office. This 1000 ft reel of 24 AWG F/UTP cable combines overall foil shielding with oil, sunlight, and chemical resistance—critical when routing Ethernet/IP networks through industrial environments where PVC-jacketed office cable would degrade in months. IndustrialNet™ construction means you can pull this cable through conduit alongside motor feeds, mount it on outdoor cable trays in direct sunlight, or route it across a refinery without worrying about jacket cracking or EMI-induced packet loss. Integrators wiring manufacturing automation, process control, or outdoor surveillance networks get a cable that survives the environment and maintains 1000BASE-T margins under continuous EMI exposure.
Key Features
- Category 5e performance per ANSI/TIA-568-C.2 — supports 1000BASE-T Ethernet and Industrial Ethernet/IP protocols (EtherNet/IP, PROFINET, Modbus TCP)
- F/UTP construction — overall foil shield protects against EMI from VFDs, motor controllers, and high-voltage power distribution
- Oil-resistant, sunlight-resistant jacket (UL AWM Style 2570, UL 444) — rated 80°C, withstands exposure to cutting fluids, hydraulic oils, and UV degradation
- CMR riser rating (UL 1666) — approved for vertical runs between floors in commercial and industrial facilities
- 24 AWG solid copper conductors — permanent-install design with superior pull strength and long-term reliability vs. stranded alternatives
- 1000 ft bulk reel — reduces splices on long runs across production lines, warehouses, or process control networks
- CE compliant EuroClass Fca, RoHS — meets European fire safety and environmental directives for global deployments
- 600V rated per UL AWM Style 2570 — safe for routing in cable trays and conduit shared with power circuits (maintaining NEC separation requirements)
The F/UTP (foiled unshielded twisted pair) architecture addresses the single biggest failure mode in industrial Ethernet: electromagnetic interference. Office-grade UTP cable has no shielding; when you route it within 12 inches of a 480V motor feed or next to a variable-frequency drive, the radial EMI couples into the twisted pairs and corrupts Ethernet frames. You'll see intermittent packet loss, failed Fluke certification sweeps showing elevated NEXT/FEXT, or complete link drops when heavy machinery cycles on. Panduit's overall foil barrier isolates all four pairs from external fields without requiring individual pair shields or the grounding complexity of S/FTP designs. The shield terminates to building ground at patch panels via shielded keystone jacks, but the cable itself remains as easy to terminate as standard UTP—no drain wire pigtails, no per-pair foil unwrapping. Installers get 30+ dB of EMI rejection across the 1–100 MHz spectrum (the range where VFD harmonics and switching-mode power supply noise concentrate) without adding ten minutes per termination. For integrators wiring motor control centers, conveyor networks, or tank-farm SCADA, that trade-off is the difference between a system that certifies on the first test and one that requires expensive shielded-connector rework after failing crosstalk margins.
IndustrialNet™ cable solves the environmental durability gap between plenum-rated office cable and true industrial wire. Standard CM/CMP Ethernet cable uses PVC or FEP jackets optimized for flame resistance and indoor air quality, but those compounds degrade rapidly under oil exposure or UV light. Panduit's UL AWM Style 2570 jacket is formulated to resist petroleum-based cutting fluids, hydraulic oils, and aromatic solvents—the same compounds that dissolve PVC in weeks when cable is routed across machine tools or through outdoor cable trays on refinery units. Field failures typically present as jacket cracking at bend points (cable tray supports, conduit entries), exposing conductors to moisture ingress and eventual short circuits. The sunlight-resistance rating (UL 444) means the black jacket won't crack, harden, or turn brittle after years of rooftop or exterior-wall exposure; you can run this cable on outdoor-rated cable tray from a central MDF to remote guardhouses, parking lot cameras, or perimeter access-control panels without conduit. The 80°C conductor rating covers the elevated ambient temperatures inside electrical enclosures and near heat-generating process equipment—think cable routed inside a VFD cabinet or along the top of a industrial oven. And the CMR riser rating satisfies NEC Article 800 requirements for vertical pathways in multi-story industrial buildings—warehouses, high-bay manufacturing, grain elevators—where cable runs between floors but doesn't pass through HVAC plenums. Deploy IFRH5C04BL-UG-S anywhere office cable would fail the environment, but plenum pricing isn't justified.
Category 5e bandwidth supports 1000BASE-T (Gigabit Ethernet) and all Industrial Ethernet protocols—EtherNet/IP (Rockwell/Allen-Bradley), PROFINET (Siemens), Modbus TCP, BACnet/IP, EtherCAT—at full line rate. The 24 AWG solid conductor delivers 100-meter channel length per TIA-568, enough to reach from an MDF in a control room to devices on the far side of a 90,000 sq ft production floor with a single homerun (assuming 90m horizontal + 10m total patch cord length). Solid copper (vs. stranded) offers higher tensile strength during pulls through congested conduit and more reliable IDC terminations in keystone jacks and patch panels; the conductors seat fully in 110-punch blocks and RJ45 jacks without the strand separation issues that cause intermittent contact resistance on stranded cable. Stranded cable is reserved for patch cords and flexing applications like robotic arm wiring. The four-pair configuration means you can use two pairs for data and reserve the other two for PoE (Power over Ethernet) to IP cameras or wireless access points, though this cable is not rated for PoE++ (802.3bt Type 3/4)—pair it with 802.3af/at devices delivering up to 25.5W, or step up to Panduit's 23 AWG industrial cable if you need 60W+ delivery to PTZ cameras or industrial access points. The 1000 ft reel length is the sweet spot for large installs: longer than the 500 ft put-ups that force mid-run splices in warehouse cable trays, but short enough to pull without exceeding the 25 lbf tension limit that risks conductor stretch or jacket damage. Most industrial cable tray runs fall in the 200–800 ft range; a single reel covers the majority without waste.
Typical deployment scenarios include manufacturing automation networks connecting PLCs, HMIs, and I/O racks; process control systems in chemical plants, refineries, and water treatment facilities; outdoor surveillance camera homerun cables on exposed building facades or parking structures; warehouse WMS networks linking barcode scanners, automated conveyors, and AS/RS systems; and building automation systems in industrial facilities where cable must route through mechanical rooms with high ambient temperatures. The black jacket provides lower visibility than gray or blue cable when surface-mounted in industrial environments (less visual clutter on exposed cable tray), and it hides dirt and oil staining better than light-colored jackets. When installing, maintain the 1-inch minimum bend radius (10× the cable OD) to avoid kinking the foil shield, and terminate the foil to ground at both ends using shielded RJ45 jacks or patch panels with integral ground clips—floating one end of the shield defeats the EMI protection. For cable tray installations, support the cable every 4–6 feet to prevent sag-induced jacket stress, and avoid zip-tying bundles so tight that you deform the cable cross-section (which raises return loss and fails certification). When routing through conduit shared with power circuits, follow NEC 300.3(C) rules: low-voltage communication cable can share conduit/raceway with Class 1 power circuits if the communications cable is rated for the voltage present (this cable's 600V rating satisfies that), but best practice is still to maintain physical separation where possible to minimize capacitive coupling.
ANSI/TIA-568-C.2 Category 5e compliance guarantees this cable meets the 100 MHz bandwidth, return loss, insertion loss, NEXT, PSNEXT, ELFEXT, and PSELFEXT specifications required for Gigabit Ethernet certification. UL 1666 CMR listing confirms it passed the vertical flame test (cables installed vertically in a shaft must self-extinguish and not propagate flame to upper floors). CE EuroClass Fca fire classification allows installation in European Union facilities under CPR (Construction Products Regulation) requirements. RoHS environmental conformance means the cable contains no lead, mercury, cadmium, hexavalent chromium, or restricted flame retardants—critical for electronics manufacturing environments with strict material controls. The UL AWM Style 2570 appliance wiring material certification is the key differentiator—it's the industrial wire rating that covers oil resistance and 80°C operation, and it's not present on office-grade Cat 5e. When you're spec'ing cable for a pharmaceutical packaging line, automotive assembly plant, or food processing facility, the difference between "Ethernet cable" and "industrial Ethernet cable" is whether the jacket survives the environment long enough to reach its 15-year design life. Panduit IFRH5C04BL-UG-S is purpose-built for installations where the network infrastructure must be as rugged as the equipment it connects.
