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The nVent Hoffman F66LXL is a 6.00 x 6.00 inch cut-off fitting designed for indoor use within the Lay-in wireway series. Constructed from 14-gauge steel for the body and cover, with a 10-gauge steel flange, it features an ANSI 61 gray polyester powder-coated finish. This component is specifically engineered for wireway lengths ranging from 9.00 inches (229 mm) to 15.00 inches (381 mm). The unit arrives in two pieces, allowing users to shorten the body and cover to the desired length before welding them together to create a custom-sized enclosure solution.
Verify that the required wireway length falls strictly between 9.00 inches and 15.00 inches, as this fitting is not suitable for other dimensions. Confirm that the application environment is indoor, as the product is rated for indoor use only. Ensure compatibility with the Lay-in series wireway system. Check that welding capabilities are available on-site, as assembly requires joining the two-piece body and cover after shortening. Validate the gray color requirement matches existing infrastructure aesthetics.
Select the F66LXL when a custom wireway length between 9 and 15 inches is needed for indoor applications. It is appropriate for projects requiring NEMA 12 rated components made of steel. Consider this part if the installation process involves welding the shortened body and cover together. It is suitable for environments where ANSI 61 gray finishes are standard. Do not select for outdoor use or lengths outside the specified range.
The F66LXL belongs to the nVent Hoffman Lay-in Series, which provides modular solutions for electrical cable management. This specific model is a cut-off fitting, distinct from straight sections or elbows, designed to terminate or extend wireways at specific lengths. It complements other Lay-in components to form complete routing systems. The series emphasizes ease of installation and customization through cutting and welding procedures.
No public confirmed substitute part numbers are identified for the F66LXL. Due to its specific dimensional requirements and welding-based assembly method, direct replacements may not be readily available without verifying compatibility with existing wireway systems.

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