Southwire 63 Galvanized Rigid 90-degree Conduit Elbow

Product Description

The SOUTHWIRE 63 is a 1-inch galvanized rigid 90-degree conduit elbow designed for directional changes in rigid metal conduit (RMC) installations. Fabricated from galvanized steel, this elbow provides corrosion resistance suitable for indoor and outdoor conduit runs. It is installed by licensed electricians as part of a complete rigid conduit system, allowing a full 90-degree transition in conduit routing. The galvanized finish helps protect against rust and environmental exposure in standard electrical installations.

This elbow is used in residential, commercial, and light industrial electrical conduit systems where a 90-degree bend is required in a 1-inch rigid metal conduit run. Typical applications include service entrances, panel feeders, exposed conduit runs along walls or ceilings, and conduit systems routed around structural obstructions. It is well suited for both interior and exterior installations where rigid conduit is the specified raceway type.

Key Features

• 1-inch trade size fits standard 1-inch rigid metal conduit
• Galvanized steel construction provides corrosion resistance for indoor and outdoor use
• Full 90-degree sweep for directional changes in conduit routing
• Compatible with standard rigid metal conduit fittings and couplings
• Threaded ends for secure, code-compliant connections

Compatibility

Designed as an OEM-style replacement and standard fitting for 1-inch rigid metal conduit systems in residential and commercial 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 and follow lockout/tagout procedures before working on any conduit system connected to live equipment. Use appropriate pipe wrenches and thread sealant rated for electrical conduit applications when making threaded connections. Ensure all conduit joints are wrench-tight and properly bonded to maintain system continuity.