F6690EINGV

Overview

The F6690EINGV is a galvanized steel wireway elbow fitting manufactured by nVent Hoffman. It features a 90-degree bend with an inside opening configuration, designed for indoor use. The component measures 6 inches by 6 inches and includes removable top and bottom covers to facilitate cable access. It belongs to the Hoffman Lay-In series, intended for continuous runs requiring directional changes in electrical installations.

Feature Summary

• Galvanized steel construction for corrosion resistance
• Removable top and bottom covers for easy cable access
• Inside opening design for specific routing requirements

Applications

• Indoor electrical panel wiring
• Continuous cable run directional changes
• Lay-in wireway system integration

Procurement Notes

Verify that the specified application environment is strictly indoor, as this Type 1 fitting lacks weatherproofing seals. Confirm compatibility with existing 6x6 inch trunking systems from the Hoffman Lay-In series. Ensure the galvanized finish meets project specifications for indoor corrosion protection. Check that the inside opening geometry aligns with the required cable pull radius and routing path.

Selection Notes

Select this part when a 90-degree turn is required within an indoor wireway system using 6x6 inch dimensions. The inside opening configuration is distinct from outside opening variants; verify the specific routing need before ordering. This fitting is suitable for applications where removable covers are necessary for maintenance access without dismantling the entire run.

Part Context

This component is part of the nVent Hoffman Lay-In wireway series, which provides modular solutions for cable management. The F6690EINGV specifically addresses the need for turning cables within a structured pathway. It complements straight sections and other fittings to create complete routing networks in industrial and commercial electrical enclosures.

Replacement Considerations

No direct substitute part numbers are publicly confirmed for this specific model.