Panduit CCPL2H120135-X 120-135mm Cable Cleat 10-Pack

Panduit CCPL2H120135-X Polymer Cable Cleat

Short-circuit faults on 120-135mm power cables demand certified mechanical retention that survives peak fault currents without releasing the conductor. The CCPL2H120135-X two-hole polymer cable cleat solves this for medium-voltage feeders, battery interconnects, and UPS output runs in datacenters, industrial facilities, and outdoor cable galleries. IEC 61914:2015 certified and third-party tested to 85.4kA peak fault current, this glass-filled nylon cleat physically retains cables during fault events that would otherwise cause whipping damage to adjacent infrastructure. Direct-mount design fits standard cable tray rungs via two user-supplied M10 bolts. Package of 10 cleats.

Key Features

• IEC 61914:2015 certified polymer cable cleat, third-party tested to 85.4kA peak fault current retention
• 120-135mm (4.72-5.31") cable diameter capacity for single-cable installations
• Glass-filled nylon construction, -40°C to +60°C operating temperature range
• Two-hole mounting design for direct installation to cable tray rungs via M10 bolts (user-supplied)
• Rounded internal edges protect cable insulation during installation and fault conditions
• Internal ridges prevent cable slippage under thermal cycling and electromagnetic fault forces
• 195mm overall width spans typical cable tray rung spacing, 145mm overall height
• Black nylon finish, package quantity 10 cleats
• Part of Panduit 38-165mm cable cleat range (10 standard sizes), custom configurations available

The CCPL2H120135-X meets IEC 61914:2015 requirements through independent third-party fault testing at 85.4kA peak current. During short-circuit events, electromagnetic forces between parallel conductors and fault-current loops create cable movement measured in meters per second - enough to tear cables from standard cable tray supports and cause secondary arc-flash incidents. This cleat physically restrains the cable through the fault duration, preventing whipping and maintaining separation from adjacent circuits. Glass-filled nylon polymer provides the mechanical strength for fault retention while maintaining electrical non-conductivity. The material specification covers -40°C to +60°C continuous operation, addressing outdoor cable runs, unheated equipment rooms, and rooftop battery enclosures where thermal extremes exceed standard indoor ratings. Internal ridge geometry engages the cable jacket surface to resist longitudinal movement during thermal expansion cycles and fault electromagnetic forces without concentrating clamping pressure into insulation-damaging point loads.

Installation uses two user-supplied M10 bolts through the cleat body directly into cable tray rung holes. The 195mm overall width matches standard tray rung spacing patterns from major manufacturers (Cablofil, Cooper B-Line, Legrand, Panduit FiberRunner). For single-cable runs between 120mm and 135mm outer diameter - this range covers 500-750 kcmil power conductors, large battery interconnect cables, and 480V/600V UPS feeder assemblies common in 200-500kW datacenter and industrial installations. Spacing between cleats follows IEC 61914 calculation based on cable weight, span length, and available fault current; typical commercial installations use 1-2 meter cleat spacing on horizontal runs and 0.5-1 meter spacing on vertical risers. The rounded internal profile distributes clamping force across a 30-40mm arc of the cable circumference rather than creating the pressure points that occur with flat-plate or sharp-edge clamp designs. Panduit offers the CCPL series in 10 standard sizes covering 38mm through 165mm cable diameters; for multi-cable groupings, trefoil configurations, or cables outside the standard range, Panduit engineering provides custom cleat designs with the same IEC 61914:2015 certification process.

IEC 61914:2015 compliance directly addresses NEC Article 110.14 mechanical security requirements, NFPA 70E short-circuit protection mandates, and international codes (BS 7671, IEC 60364) requiring cable support systems rated for available fault current. The 85.4kA peak rating exceeds typical commercial facility fault levels - 15-25kA common at 480V service entrance, 30-40kA at utility transformer secondary - providing safety margin for future electrical system expansions or utility supply upgrades that increase available fault current. This cleat eliminates the compliance gap that appears during electrical inspections and arc-flash studies: battery strings and UPS feeders engineered for continuous ampacity and voltage drop that lack certified short-circuit cable retention, creating AHJ rejection and project-liability exposure. For integrators installing large-format UPS systems, battery energy storage, or medium-voltage distribution, the CCPL2H120135-X delivers the certified retention solution that satisfies code officials, insurance inspectors, and engineering stamp requirements without custom fabrication or field testing.