Panduit F3X4BL6 Narrow Slotted Pvc Wire Duct

Product Description

The PANDUIT F3X4BL6 is a narrow slotted PVC wire duct designed for organizing and routing electrical conductors inside control panels, enclosures, and electrical cabinets. The slotted wall design allows conductors to exit the duct at any point along its length without the need for additional fittings, simplifying wire management in both new installations and retrofit applications. Constructed from PVC, this duct provides a lightweight yet durable raceway that resists moisture and common chemicals found in industrial and commercial electrical environments. It is typically installed by licensed electricians and panel builders working on low-voltage control wiring and automation systems.

The F3X4BL6 is suited for use in residential, commercial, and light industrial control panels where organized wire routing is required. It is commonly used in motor control centers, PLC enclosures, junction boxes, and switchgear panels. The narrow profile makes it well suited for installations where panel real estate is limited and a lower-profile duct is needed to maintain clearance between components.

Key Features

• Narrow slotted wall design allows conductors to exit at any point along the duct length
• PVC construction provides lightweight, moisture-resistant wire management
• Low-profile form factor suited for space-constrained panel layouts
• Compatible with standard duct covers and fittings used in modular wire management systems
• Sold individually as a single unit

Compatibility

Designed as an OEM-style wire management component for use in electrical control panels, enclosures, and cabinets requiring narrow slotted PVC wire duct.

Installation Notes

Installation is typically performed by a licensed electrician or qualified panel builder. De-energize the panel and follow applicable NFPA 70 (NEC) requirements before mounting or routing conductors. Duct should be secured to the panel back plate using appropriate mounting hardware. Avoid overfilling the duct beyond recommended fill capacity to maintain conductor accessibility and heat dissipation.