Southwire 69 3.5 Inch 90 Degree Galvanized Conduit Elbow

Product Description

The SOUTHWIRE 69 is a 3.5 inch 90-degree galvanized steel conduit elbow designed for routing electrical conduit through right-angle bends in commercial and industrial wiring installations. This fitting redirects conduit runs cleanly at 90 degrees, maintaining wiring pathway integrity while providing corrosion-resistant performance through its galvanized finish. It is a standard component in rigid metal conduit (RMC) or intermediate metal conduit (IMC) systems where durable, code-compliant routing is required. Licensed electricians and electrical contractors install this type of elbow during rough-in work on commercial builds, industrial facilities, and infrastructure projects.

This elbow is suited for 3.5 inch conduit systems in commercial, industrial, and utility installations where a 90-degree change in direction is needed. Galvanized construction makes it appropriate for both indoor and outdoor environments where moisture resistance and mechanical protection are priorities. It is a standard trade-size fitting used in high-volume conduit system builds.

Key Features

• 3.5 inch trade size fits standard 3.5 inch conduit runs
• 90-degree sweep angle enables right-angle conduit routing
• Galvanized steel construction provides corrosion resistance for indoor and outdoor use
• Standard elbow form factor compatible with rigid conduit system assembly workflows

Compatibility

Designed as an OEM-style fitting for 3.5 inch rigid or intermediate metal conduit systems in commercial and industrial electrical installations.

Installation Notes

Installation should be performed by a licensed electrician in accordance with the National Electrical Code (NEC) and applicable local codes. De-energize all circuits in the conduit pathway before beginning work. Use appropriate conduit threading tools and reaming equipment to ensure clean, burr-free connections at each joint. Secure the elbow and connected conduit runs with listed conduit straps or hangers at NEC-specified intervals.