B-line BR-64-4T Bridal Ring 4 Inch 1/2 Inch Thread

Product Description

The B-LINE BR-64-4T is a bridal ring fitting designed for use in cable support and conduit hanger applications. The 4-inch ring pairs with a 1/2-inch threaded connection, allowing it to attach directly to threaded rod or hanger assemblies commonly used in commercial and industrial installations. This type of fitting keeps cables, conduit, or piping routed cleanly through overhead support systems. Electricians and mechanical contractors install these rings as part of pre-engineered strut and hanger assemblies. The unit is sold individually and is sized for straightforward integration into standard threaded-rod support systems.

This ring is suited for overhead cable management, conduit support, and mechanical piping hanger systems in commercial and industrial buildings. It fits into typical suspended ceiling and open-structure installations where threaded-rod drop assemblies are used. Contractors working on branch circuit conduit runs, cable tray feeder drops, or mechanical system support frames will find this fitting applicable to common layout configurations.

Key Features

• 4-inch ring diameter for accommodating larger conduit, cable bundles, or pipe runs
• 1/2-inch threaded connection for direct attachment to standard threaded hanger rod
• Designed for integration into strut and drop-rod support assemblies
• Sold as an individual unit for targeted replacement or new installation use

Compatibility

Designed as an OEM-style fitting for use with standard 1/2-inch threaded rod hanger systems commonly found in commercial electrical and mechanical support installations.

Installation Notes

Installation is typically performed by licensed electricians or mechanical contractors working on overhead support systems. De-energize any nearby electrical equipment before working in overhead areas. Thread the ring onto the hanger rod to the appropriate depth and secure per applicable NEC or mechanical code requirements for the load being supported. Do not exceed the load rating of the support assembly.