F6690EGV

Overview

The Hoffman F6690EGV is a galvanized steel 90-degree elbow fitting designed for the Lay-In wireway series. It features dimensions of 6 inches by 6 inches and is constructed from 16/14 gauge mild steel with a galvanized finish. This component supports Type 1 indoor applications and allows for removal from any side while maintaining the lay-in functionality. It holds cULus, UL 870, and CSA C22.2 approvals.

Feature Summary

• Galvanized steel construction for corrosion resistance
• Lay-in design allowing access from any side
• 90-degree configuration for right-angle routing
• Compatible with standard wireway runs

Applications

• Indoor electrical cable management systems
• Right-angle wireway transitions
• Industrial control panel wiring
• Commercial building infrastructure

Procurement Notes

Verify that the required enclosure type matches NEMA 1 specifications for indoor use only. Confirm dimensional compatibility with existing 6-inch wireway sections. Ensure the galvanized finish meets environmental requirements for the installation site. Check for specific UL or CSA listing requirements relevant to the project's local codes before finalizing the order.

Selection Notes

Select this model when a rigid 90-degree transition is needed within a continuous wireway run. The galvanized finish provides durability for general industrial environments. Consider the lay-in feature if frequent access to cables from multiple sides is required during maintenance. Ensure the 6x6 inch size aligns with the conductor fill capacity needs of the circuit.

Part Context

This fitting belongs to the Hoffman Lay-In series, which emphasizes ease of installation and maintenance. The series utilizes a design where covers can be removed without disturbing adjacent sections. The F6690EGV specifically addresses the need for directional changes in horizontal or vertical cable pathways within enclosed spaces.

Replacement Considerations

F40GF Series fittings offer similar Type 1 elbow configurations. Verify cross-compatibility regarding gauge thickness and mounting hole patterns before substituting.