Panduit Univ CBL Clip PAR TPK100MOQ10

Panduit UCCPD-C130 Universal Edge Clip, Parallel Cable Down, Black UV Acetal, PK100

The Panduit UCCPD-C130 is an adjustable edge clip engineered for parallel-type, cable-down routing on rack frames and solar panel structures. Sold in packs of 100, these clips are a practical solution wherever you need a secure, non-destructive attachment point for cables across a range of frame thicknesses and widths — without reaching for a different clip variant every time the hardware changes. The UCCPD-C130 (often searched as UCCPD C130) handles frame thicknesses from 0.04" to 0.12" (1.0–3.0 mm) and frame widths from 0.78" to 1.38" (20–35 mm), covering the majority of standard rack profiles and thin-gauge solar panel framing in a single SKU.

Overview

Designed specifically for parallel cable routing with the cable exiting downward, the UCCPD-C130 mounts on the frame edge and locks in place via an integrated teeth locking latch — the clip does not shift or rattle under vibration, which matters on solar arrays subject to wind load or in rack environments with cable pull tension. The body is molded from UV-stabilized acetal, a material that resists prolonged sun exposure without becoming brittle or discolored. That UV resistance is what makes these clips a legitimate fit for outdoor photovoltaic installations, not just indoor cable trays. The included UCCCDL-X130 latch is part of the package — no separate latch order needed. RoHS compliant throughout.

Key Features

• Adjustable Frame Fit (0.04"–0.12" thickness / 0.78"–1.38" width): One clip SKU covers a wide spread of rack and panel frame profiles. In practice, this eliminates the need to stock multiple clip variants for mixed-hardware environments — relevant when you're managing cable across both 1U rackmount steel and thinner extruded aluminum solar framing.
• Teeth Locking Latch: The latch teeth grip the frame edge mechanically, preventing longitudinal and lateral movement. Unlike friction-fit clips that can migrate under repeated cable pulls or vibration, the UCCPD-C130 stays where you put it — important on solar arrays where wind cycling can gradually walk unsecured clips out of position.
• Maximum Cable Diameter 0.25"–0.30" (6.5–7.5 mm): Sized for single PV wire runs or bundled low-voltage signal cables in that diameter range. If you're routing larger-gauge home-run conductors, verify your bundle diameter first — this clip is optimized for individual PV wire management, not large multi-conductor bundles.
• UV-Stabilized Acetal Construction: Acetal's dimensional stability under UV and temperature cycling makes it the right polymer for exposed outdoor applications. Standard nylon clips degrade and crack after sustained outdoor exposure; UV acetal does not. This is the detail that separates a clip rated for solar installations from a general-purpose indoor cable tie mount.
• Compact Form Factor (31.7 mm H × 19.5 mm W × 22.4 mm L): The clip occupies minimal frame real estate, keeping the installation clean and accessible for future re-routing or inspection without having to remove adjacent clips.
• Pack of 100, Carton of 1000: The PK100 count is appropriate for mid-scale projects; carton quantity of 1000 suits larger solar arrays or bulk rack-cable deployments. Ordering at carton scale reduces per-unit cost and minimizes reorder interruptions on multi-phase installs.
• RoHS Compliant: Meets the EU Restriction of Hazardous Substances directive. Required documentation for projects with European procurement specifications or sustainability reporting obligations.
• Includes UCCCDL-X130 Latch: The retention latch ships with the clip — no separate accessory order required. This keeps the BOM clean and avoids field shortages from missing latch inventory.

Integration & Compatibility

The UCCPD-C130 is designed for use on rack frames and solar panel edges within the specified frame thickness and width tolerances. It is specifically suited for photovoltaic (PV) cable management on solar panel frames, as well as standard rack cable routing where a parallel, cable-down orientation is required. Verify your frame's edge profile falls within 0.04"–0.12" thickness and 0.78"–1.38" width before ordering — clips outside this range will not seat and lock correctly. For larger cable diameters or wider frames, consult the broader Panduit cable management line for the appropriate variant. These clips are compatible with structured cable management systems and complement other Panduit mounting hardware in solar and rack environments. If you are sourcing for a complete rack build, pairing with rack accessories from the same family ensures consistent installation quality.

What's in the Box

• 100x Panduit UCCPD-C130 Universal Edge Clip (Parallel, Cable Down, Black UV Acetal)
• Includes UCCCDL-X130 latch (per clip)

Frequently Asked Questions

Q: What frame thickness and width does the UCCPD-C130 accommodate?

A: The UCCPD-C130 fits frame thicknesses from 0.04" to 0.12" (1.0–3.0 mm) and frame widths from 0.78" to 1.38" (20–35 mm). Frames outside these ranges will not seat the clip correctly — measure your frame profile before ordering.

Q: What is the maximum cable diameter the UCCPD-C130 can handle?

A: Maximum cable diameter is 0.25"–0.30" (6.5–7.5 mm). These clips are optimized for individual PV wire runs or similarly sized low-voltage cables. Larger multi-conductor bundles may exceed this range.

Q: Is the UCCPD-C130 suitable for outdoor solar panel installations?

A: Yes. The clips are molded from UV-stabilized acetal, which resists prolonged sun exposure without becoming brittle. They are explicitly described as suitable for managing PV cable on solar panels.

Q: Does the UCCPD-C130 include the retention latch, or is that a separate order?

A: The UCCCDL-X130 latch is included with the UCCPD-C130. No separate latch purchase is required.

Q: Is the UCCPD-C130 RoHS compliant?

A: Yes. The UCCPD-C130 meets RoHS (Restriction of Hazardous Substances) compliance standards, making it suitable for projects with European procurement or sustainability requirements.

Q: How many clips come in a package, and what is the carton quantity?

A: Each package contains 100 clips (PK100). The carton quantity is 1,000 clips, suitable for larger-scale solar or rack cable management deployments.

Ted Perry

The UCCPD-C130 is one of those clips I recommend specifically when a project mixes rack infrastructure with solar PV runs — the UV-stabilized acetal construction and the 0.04"–0.12" frame thickness range mean you can use a single SKU across both steel rack profiles and the thinner extruded aluminum frames typical of residential and light commercial solar arrays, without restocking mid-project.

Technical Highlights:

• Frame Width Range (0.78"–1.38" / 20–35 mm): Covers the majority of standard rack edge profiles and solar panel frame widths in one part number — reduces SKU proliferation on the BOM and simplifies field inventory.
• Teeth Locking Latch (UCCCDL-X130 included): Mechanical tooth engagement prevents clip migration under vibration or cable pull — the latch ships in the box, so there's no separate line item to forget on the purchase order.
• UV Acetal Material: Purpose-rated for outdoor UV exposure. Standard acetal or nylon alternatives degrade and crack in sustained sunlight; this material does not — which is the difference between a 2-year and a 10-year installation.

Deployment Considerations:

• Confirm cable diameter stays within 0.25"–0.30" (6.5–7.5 mm) before committing to this clip. If your PV wire runs are bundled or you're routing multi-conductor home-run cables, measure the bundle OD first — the clip won't close properly on oversized bundles.
• The clip locks onto the frame edge — it is not a tool-free removal clip. Factor that into designs where re-routing is frequent; repeated removal will wear the latch teeth over time.

For a commercial solar ground-mount project or a rack deployment where cable runs parallel to the frame edge and exits downward, the UCCPD-C130 at PK100 is the right density for per-row purchasing; order at carton (1,000) for full array builds to avoid mid-installation restocking delays.