Panduit CCPL1H1923-X Polymer Cable Cleat — Single-Hole, 19–23mm, IEC 61914:2015, Pack of 10
The Panduit CCPL1H1923-X is a glass-filled nylon cable cleat engineered for short-circuit protection in low-to-intermediate fault current environments. Tested to peak fault currents of 69.5kA and certified to IEC 61914:2015, it retains cables on cable tray rungs when a fault event generates the electromagnetic forces capable of displacing unrestrained conductors. If you're specifying cable management for switchgear rooms, MCC lineups, or industrial power distribution where fault containment is required but conditions stop short of the harshest arc-flash environments, the CCPL1H1923-X is sized and rated for that middle tier.
Each pack contains 10 cleats, and each cleat mounts directly to a cable tray rung via a single user-supplied M10 bolt — no specialty tooling, no proprietary hardware beyond what's on the shelf in any electrical room.
Key Features
- IEC 61914:2015 Third-Party Certification: The Panduit cable cleat line meets the international cable cleat standard via independent laboratory testing — not self-declaration. For specifiers writing to NEC/IEC project specs that call out IEC 61914 compliance, this satisfies the requirement without additional documentation requests.
- 69.5kA Peak Fault Current Rating: Tested to hold cables at 69.5kA peak — a level appropriate for low-to-intermediate fault severity installations. If your fault current study puts the available fault current above this threshold, you'll need a higher-rated cleat from the same cable cleat family; don't overrate the application.
- 19–23mm Cable Diameter Range: Sized for a 4mm spread within the 19–23mm window, which covers a common range of medium-voltage and large-conductor low-voltage power cables. Verify your cable OD against the manufacturer's cable tables — the cleat won't properly grip cables outside this window, and an improperly fitted cleat provides no meaningful fault restraint.
- Glass-Filled Nylon Construction: Nylon with glass fill gives the cleat the mechanical strength to survive fault forces without the weight or corrosion vulnerability of steel in most indoor and sheltered industrial settings. Rounded edges are built in to protect cable insulation — relevant when cables shift under fault loading and contact cleat edges repeatedly over the installation life.
- Interlocking Top and Bottom Halves: The interlock feature prevents rotation between the upper and lower cleat sections after assembly. On trays where cables run at angles or where vibration is present, rotation-prone cleats loosen over time; the interlock eliminates that failure mode.
- Retention Grooves: Internal grooves grip the cable jacket and resist axial cable movement during a fault event — the electromagnetic forces on a faulted conductor aren't purely radial; longitudinal forces are real and the grooves address both axes.
- Single M10 Bolt Mounting: One user-supplied M10 bolt per cleat installs directly to a standard cable tray rung. Single-fastener installation is faster than two-bolt designs on long tray runs and keeps hardware cost predictable — M10 hardware is commodity.
- Operating Temperature –40°C to +60°C (–40°F to +140°F): The glass-filled nylon retains its mechanical properties across a wide industrial temperature range. Most indoor MCC rooms and cable tunnels fall well within this band; verify for outdoor or process-heat-adjacent locations above 60°C ambient.
- Pack of 10: The CCPL1H1923-X (often searched as CCPL1H1923 X) ships in 10-unit packs, which aligns with typical per-tray-section ordering quantities and simplifies procurement math on larger projects.
Integration & Compatibility
The CCPL1H1923-X is designed for direct mounting to standard cable tray rungs. The single-hole configuration accepts a user-supplied M10 bolt — confirm rung thickness and thread engagement length before specifying on non-standard tray profiles. The cleat accepts cable outside diameters from 19 to 23mm; consult Panduit's cable management sizing guides to match cable OD to the correct cleat size if your conductor falls outside this range (the broader family covers 10–57mm OD via multiple SKUs). Competing cross-reference part numbers for this size tier include 1BC1923, 1F-13, 382AA02, 385AA03, and 385AA04 — useful when migrating from another manufacturer's cleat spec on a retrofit project. Not rated for submersion or continuous outdoor UV exposure without additional enclosure; verify installation environment against the –40°C to +60°C operating window and indoor/sheltered use intent.
What's in the Box
- 10x Panduit CCPL1H1923-X polymer cable cleats (single-hole, 19–23mm)
M10 mounting bolt is user-supplied and not included.
Frequently Asked Questions
Q: What cable diameter range does the CCPL1H1923-X accommodate?
A: The CCPL1H1923-X is designed for single cables with an outside diameter of 19 to 23mm. Cables outside this range require a different cleat size from the same product family.
Q: What fault current level has the CCPL1H1923-X been tested to?
A: It has been independently tested to peak fault currents of 69.5kA, making it appropriate for low-to-intermediate fault severity installations. Higher fault current environments require a higher-rated cleat.
Q: Is the CCPL1H1923-X certified to IEC 61914:2015?
A: Yes. The CCPL1H1923-X meets IEC 61914:2015 as verified by third-party laboratory testing — not manufacturer self-declaration.
Q: What fastener is required to mount the CCPL1H1923-X?
A: A single M10 bolt, user-supplied. The cleat mounts directly to a cable tray rung via the single mounting hole.
Q: How many cleats come in a pack?
A: Each pack contains 10 cleats.
Q: What is the operating temperature range for the CCPL1H1923-X?
A: The cleat is rated for –40°C to +60°C (–40°F to +140°F), covering standard indoor industrial environments including MCC rooms and cable tunnels.
The CCPL1H1923-X sits in a specific and deliberate tier of the Panduit cable cleat program — independently tested to 69.5kA peak fault current, IEC 61914:2015 certified by a third-party lab, and built from glass-filled nylon for installations where fault forces are real but the environment stops short of the most aggressive industrial conditions. If you're pulling a power distribution design together for an MCC room or indoor switchgear lineup and your fault current study comes in under 69.5kA, this cleat closes the cable restraint requirement without overspecifying into a heavier metallic cleat product.
Technical Highlights:
- 69.5kA Tested Peak Fault Rating: Not a theoretical design value — third-party lab tested per IEC 61914:2015. That distinction matters when a specifier or AHJ asks for test documentation rather than manufacturer assertions.
- Interlock Between Cleat Halves: Prevents rotation of the top half relative to the bottom after installation. On tray runs with cable weight shifting or ambient vibration (motor drives nearby, for instance), rotation loosens ordinary cleats; the interlock keeps clamping geometry consistent over the installation life.
- –40°C to +60°C Operating Range: Glass-filled nylon retains its mechanical properties across this band. Most indoor industrial environments are well within bounds, but verify ambient conditions in process areas near heat sources — sustained temperatures above 60°C will degrade the polymer's fault-restraint capability.
Deployment Considerations:
- The M10 mounting bolt is user-supplied — factor it into your bill of materials. On a 100-cleat project that's a non-trivial hardware line item if not already on the job site. Verify rung thickness and available thread engagement on non-standard tray profiles before the installation crew hits the field.
- The 19–23mm window is a 4mm spread. Measure cable OD from the actual cable cut sheet, not the nominal conductor size — armor, jacket thickness, and shielding all add to the OD and a cable that measures 23.5mm at the reel doesn't fit this cleat correctly.
This cleat is the right specification for indoor MCC rooms, cable tray risers in commercial electrical rooms, and switchgear installations where the fault current study confirms available fault current at or below 69.5kA peak and the cable OD lands squarely in the 19–23mm range. If either constraint doesn't hold, re-size within the Panduit family rather than forcing the application.
