Panduit CCPL1H2732-X Single-Hole Polymer Cable Cleat

The Panduit CCPL1H2732-X is a Type 1H polymer cable cleat engineered for single-cable installations requiring short-circuit protection in power distribution systems, data centers, and industrial facilities. Certified to IEC 61914:2015 and tested to withstand up to 69.5kA fault current, this cleat secures 27-32mm diameter cables against electromagnetic forces during low to medium-intensity short-circuit events. Constructed from glass-reinforced polyamide with rounded edges to protect cable insulation, it mounts directly into cable ladder rungs using a standard M10 bolt (sold separately). Each package contains 10 cleats.

Key Features

IEC 61914:2015 certified for short-circuit cable retention up to 69.5kA maximum fault current

Accommodates single cables from 27-32mm diameter in power and control installations

Glass-reinforced polyamide construction rated for -40°C to +60°C operating environments

Single-hole design mounts in cable ladder rungs with M10 bolt (hardware not included)

Rounded edges and internal ridges prevent insulation damage and cable slippage

Interlocking upper/lower halves eliminate rotation during installation and fault conditions

Third-party laboratory tested to meet international short-circuit protection standards

10-pack carton for multi-cable runs and large-scale installations

Short-circuit cable retention is a critical compliance requirement in mission-critical power systems. When fault current flows through improperly secured cables, electromagnetic forces can dislodge conductors from their routing path, creating secondary hazards or cascading failures. The CCPL1H2732-X addresses this with IEC 61914:2015-compliant construction verified by independent testing to 69.5kA—sufficient for most commercial and light industrial applications. The glass-reinforced polyamide body maintains structural integrity across a wide temperature range (-40°C to +60°C), making it suitable for outdoor cable trays, unheated equipment rooms, and process environments where steel cleats may corrode or require bonding.

Installation follows standard cable tray practices: position the lower half against the ladder rung, lay the cable in the formed channel, secure the upper half, and torque the M10 bolt to manufacturer specifications. The interlocking design prevents the two halves from rotating relative to each other during tightening, ensuring consistent clamping force. Rounded internal contact surfaces distribute pressure evenly around the cable jacket, avoiding stress concentration that can compromise insulation over time. Deploy these cleats on feeder runs between switchgear and distribution panels, on vertical cable ladder risers where gravitational loads compound electromagnetic forces, and in battery bank DC circuits where fault current magnitudes demand reliable mechanical retention.

This cleat serves as a direct replacement for competitor parts 1BC2732, 1F-15, and 385AA06, allowing integration into existing cable management specifications without re-engineering anchor points or changing bolt patterns. The 10-pack format matches typical cable tray section lengths (3 meters/10 feet with cleats spaced every 300mm per IEC guidance), reducing packaging waste and simplifying job-site logistics on multi-hundred-cable projects.